ansys 10.0 workbench tutorial
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© 2
006
AN
SY
S, I
nc.
All
right
s re
serv
ed.
1 A
NS
YS
, Inc
. P
ropr
ieta
ry
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.1
AN
SY
S, I
nc.
Pro
prie
tary
ANSYS 10.0
Workbench Tutorial
ANSYS 10.0
Workbench Tutorial
AN
SY
S, I
nc.
275
Tec
hnol
ogy
Driv
eC
anon
sbur
g, P
A 1
5317
AN
SY
S, I
nc.
275
Tec
hnol
ogy
Driv
eC
anon
sbur
g, P
A 1
5317
Ver
sion
1.0
Ju
ly 2
006
Wel
com
e to
th
e A
NS
YS
Wo
rkb
ench
Tu
tori
al
AN
SY
S o
ffers
a fu
ll ra
nge
of e
ngin
eerin
g si
mu
latio
n so
lver
tech
nolo
gies
from
bas
ic s
truc
tura
l and
mec
hani
cal s
imul
atio
n th
roug
h co
mpl
ex li
near
and
non
-line
ar m
ulti-
phys
ics
solu
tions
. T
he A
NS
YS
Wor
kben
ch e
nviro
nmen
t tha
t sup
port
s th
ese
tech
nolo
gies
pro
vide
s an
inte
grat
ed w
ork
envi
ronm
ent a
nd
com
mon
inte
rfac
e to
man
y of
thes
e te
chno
logi
es.
The
AN
SY
S W
orkb
ench
env
ironm
ent i
s fo
cuse
d on
hel
ping
to im
prov
e th
e en
gine
erin
g pr
oduc
t pro
cess
. T
he in
tent
of t
his
tuto
rial i
s to
hel
p yo
u le
arn
the
full
pow
er a
nd c
apab
ilitie
s of
this
hig
hly
inte
grat
ed e
ngin
eerin
g si
mul
atio
n pl
atfo
rm.
The
tuto
rial p
rovi
des
a se
lf-te
achi
ng te
achi
ng fo
rmat
that
allo
ws
you
to b
ecom
e fa
mili
ar w
ith v
ario
us A
NS
YS
sim
ulat
ion
capa
bilit
ies.
It i
s in
tend
ed to
be
take
n at
you
r le
isur
e an
d at
you
r ow
n pa
ce.
The
tuto
rial h
as b
een
desi
gned
to te
ach
you
both
the
proc
ess
flow
and
the
tech
nica
l cap
abili
ties
of th
e A
NS
YS
W
orkb
ench
env
iron
men
t. T
he e
xerc
ises
con
tain
ed in
the
tuto
rial a
re d
esig
ned
to b
e ta
ken
usin
g th
e A
NS
YS
ED
10.
0 or
an
y co
mm
erci
al r
elea
se o
f AN
SY
S v
ersi
on 1
0.0.
The
siz
e an
d co
mpl
exity
of t
he e
xerc
ises
pre
sent
ed in
the
tuto
rial h
ave
been
dev
elop
ed to
run
with
in th
e fin
ite e
lem
ent a
nd o
ther
lim
its o
f the
edu
catio
nal v
ersi
on o
f the
pro
duct
. If
you
do n
ot h
ave
acce
ss th
e ei
ther
of t
he a
bove
pro
duct
s us
e th
e fo
llow
ing
link
to fi
nd y
our
loca
l AN
SY
S p
rovi
der.
Fin
d M
y Lo
cal A
NS
YS
Sal
es O
ffice
Thi
s tu
toria
l is
prov
ided
in tw
o fo
rmat
s. T
his
prin
tabl
e fo
rmat
whi
ch is
pro
vide
d sh
ould
you
wis
h to
prin
t and
rep
rodu
ce
hard
copi
es o
f tut
oria
l con
tent
and
a s
epar
ate
on-s
cree
n fo
rmat
. The
on-
scre
en c
onte
nt c
onta
ins
scal
eabl
e gr
aphi
c im
ages
w
hich
can
be
view
ed a
nd r
esiz
ed a
s re
quir
ed in
you
r in
tern
et b
row
ser
or a
sta
ndar
d P
DF
vie
wer
as
you
take
the
tuto
rial
itsel
f. If
you
are
taki
ng th
is tu
toria
l usi
ng A
NS
YS
ver
sion
10.
0 pr
oduc
ts a
nd y
ou r
ecei
ve li
cens
ing
erro
rs w
hen
perf
orm
ing
vario
us s
imul
atio
ns, o
r if
you
are
inte
rest
ed in
the
full
rang
e of
pro
duct
s se
lect
the
follo
win
g lin
k or
con
tact
you
r lo
cal
dist
ribut
or b
ased
on
the
link
abov
e.
V
iew
AN
SY
S P
rodu
ct O
fferin
gs
AN
SY
S 1
0.0
WO
RK
BE
NC
H T
UT
OR
IAL
© 2
006
AN
SY
S, I
nc.
All
right
s re
serv
ed.
3 A
NS
YS
, Inc
. P
ropr
ieta
ry
If yo
u ar
e ta
king
this
tuto
rial u
sing
the
educ
atio
nal v
ersi
on A
NS
YS
ver
sion
10.
0 an
d ar
e in
tere
sted
in th
e sp
ecifi
c lim
its o
f th
e pr
oduc
t vis
it:
A
NS
YS
ED
– L
imita
tions
If yo
u ar
e in
tere
sted
in m
ore
form
al c
lass
room
offe
rings
cov
erin
g en
gine
erin
g si
mul
atio
n th
eory
as
wel
l as
proc
esse
s vi
sits
:
AN
SY
S W
orkb
ench
Tra
inin
g C
on
ten
ts
The
con
tent
s of
this
tuto
rial a
re in
tend
ed to
pro
vide
bot
h an
ove
rvie
w o
f the
AN
SY
S s
imul
atio
n ca
pabi
litie
s. U
sing
the
AN
SY
S W
orkb
ench
env
ironm
ent y
ou w
ill v
isit
a se
ries
of te
chni
cal e
xerc
ises
to te
ach
you
how
to p
erfo
rm s
om
e ba
sic
type
s of
sim
ulat
ion.
It i
s no
t the
inte
nt o
f the
exe
rcis
es to
teac
h yo
u m
ore
adva
nced
type
s of
line
ar a
nd n
on-li
near
en
gine
erin
g si
mul
atio
n.
Intr
oduc
tion
and
Ove
rvie
w
Thi
s se
ctio
n is
inte
nded
to in
trod
uce
you
to th
e ba
sic
cont
ent a
nd u
se o
f the
AN
SY
S W
orkb
ench
env
ironm
ent.
It in
clud
es
desc
riptio
ns o
f the
bas
ic a
pplic
atio
n to
ols
and
scre
en c
onte
nts
that
you
will
enc
ount
er w
hen
taki
ng th
e tu
toria
l. T
he
obje
ctiv
e is
to in
trod
uce
gene
ral t
erm
inol
ogy
and
the
met
hods
of i
nter
actin
g w
ith th
e A
NS
YS
pro
duct
s th
roug
h th
e W
orkb
ench
gra
phic
al u
ser
inte
rfac
e.
Exe
rcis
e 1
– W
orkb
ench
Bas
ics
The
firs
t exe
rcis
e in
trod
uces
you
to th
e ba
sic
wor
kflo
w a
ssoc
iate
d w
ith p
erfo
rmin
g en
gine
erin
g si
mul
atio
ns.
You
will
be
guid
ed th
roug
h th
e cr
eatio
n of
a s
impl
e m
odel
. You
will
then
app
ly lo
ads
and
supp
orts
to y
our
mod
el a
nd s
olve
a s
impl
e pr
oble
m.
AN
SY
S 1
0.0
WO
RK
BE
NC
H T
UT
OR
IAL
© 2
006
AN
SY
S, I
nc.
All
right
s re
serv
ed.
4 A
NS
YS
, Inc
. P
ropr
ieta
ry
Onc
e yo
u so
lved
the
prob
lem
pre
sent
ed y
ou w
ill le
arn
how
to r
evie
w th
e re
sults
of y
our
sim
ulat
ion
incl
udin
g st
ress
es a
nd
defo
rmat
ions
. Y
ou w
ill a
lso
be in
trod
uced
to m
etho
ds p
rovi
ded
to p
rodu
ce e
ngin
eerin
g re
port
s us
ing
the
pate
nted
AN
SY
S
Rep
ort G
ener
ator
. T
he r
epor
ting
tool
sim
plifi
es y
our
abili
ty to
pro
duce
web
-ena
bled
(H
TM
L) r
epor
ts fo
r di
strib
utio
n an
d re
view
by
othe
rs.
The
se r
epor
ts c
an b
e sa
ved
and
view
ed b
y ot
hers
who
do
not h
ave
dire
ct a
cces
s to
the
AN
SY
S
appl
icat
ion
softw
are.
E
xerc
ise
2 –
Dim
ensi
ons
and
Par
amet
ers
•
Pre
requ
isite
: Exe
rcis
e 1
One
of t
he m
ost s
igni
fican
t cap
abili
ties
of th
e A
NS
YS
Wor
kben
ch e
nviro
nmen
t is
its a
bilit
y to
inte
ract
with
mos
t m
ajo
r pa
ram
etri
c C
AD
sys
tem
s. B
ecau
se th
e C
omp
uter
-Aid
ed D
esig
n sy
stem
s us
ed b
y yo
u an
d ot
hers
var
y, th
is tu
toria
l in
trod
uces
you
to m
odel
cre
atio
n an
d th
e us
e of
Dim
ensi
ons
and
Par
amet
ers
usin
g th
e in
tegr
ated
Des
ignM
odel
er.
It is
impo
rtan
t as
you
take
this
and
oth
er e
xerc
ises
that
you
und
erst
and
that
thes
e op
erat
ions
cou
ld b
e ju
st a
s ea
sily
pe
rfor
med
usi
ng y
our
own
loca
l CA
D s
yste
ms.
The
bi-d
irec
tiona
l ass
ocia
tivity
bet
wee
n th
e A
NS
YS
Wor
kben
ch
envi
ronm
ent a
nd C
AD
sys
tem
s al
low
s th
e W
orkb
ench
to in
tera
ct w
ith a
nd m
odify
you
r C
AD
mod
els
durin
g th
e de
sign
and
en
gine
erin
g pr
oces
s ba
sed
on s
imul
atio
n re
sults
. In
this
exe
rcis
e yo
u w
ill le
arn
the
use
of d
imen
sion
ing
tool
s an
d th
e pa
ram
eter
man
ager
. T
hese
tool
s fa
cilit
ate
engi
neer
ing
sim
ulat
ion
and
your
abi
lity
to p
erfo
rm v
ario
us “
Wha
t if?
” an
d ot
her
desi
gn s
tudi
es e
arly
in th
e de
sign
pro
cess
. E
xerc
ise
3 –
Nam
ed S
elec
tions
and
Loc
aliz
ed L
oads
• P
rere
quis
ite: E
xerc
ise
2 T
here
are
two
area
s tw
o ar
eas
of c
omm
unic
atio
ns a
nd c
olla
bora
tion
that
nee
d to
exi
st w
hen
engi
neer
ing
sim
ulat
ion
and
CA
D s
yste
ms
are
inte
grat
ed. T
his
exer
cise
dea
ls w
ith th
ose
area
s.
Firs
t, w
hat a
re n
amed
sel
ectio
ns?
Nam
ed s
elec
tions
are
in a
ffect
tags
or
labe
ls a
pplie
d to
ent
ities
(ed
ges,
face
s, b
odie
s)
or g
roup
s of
ent
ities
in C
AD
sys
tem
s. W
hen
usin
g th
e A
NS
YS
Wor
kben
ch th
ese
entit
ies
are
refe
rred
to a
s na
med
se
lect
ions
.
AN
SY
S 1
0.0
WO
RK
BE
NC
H T
UT
OR
IAL
© 2
006
AN
SY
S, I
nc.
All
right
s re
serv
ed.
5 A
NS
YS
, Inc
. P
ropr
ieta
ry
The
re is
littl
e qu
estio
n th
at m
ost d
esig
ners
whe
n de
sign
ing
a si
ngle
com
pone
nt o
r as
sem
bly
know
bot
h ho
w th
eir
desi
gn is
su
ppor
ted
or m
ount
ed a
nd h
ow it
is lo
aded
and
whe
re th
e lo
ads
are
appl
ied.
Usi
ng n
amed
sel
ectio
ns a
llow
s su
ppor
ts a
nd
load
s to
be
linke
d to
CA
D a
nd D
esig
nMod
eler
mod
els
that
are
per
sist
ent w
hen
desi
gns
are
mod
ified
. Thi
s al
low
s si
mul
atio
ns o
n de
sign
cha
nges
to b
e fu
lly a
utom
ated
as
chan
ges
occu
r.
Wha
t are
loca
lized
load
s? A
sim
ple
exam
ple
mig
ht b
e th
e fo
otpr
int o
f a p
iece
of e
quip
men
t mou
nted
on
a su
rfac
e in
a
desi
gn m
odel
whe
re th
e eq
uipm
ent i
tsel
f and
its
foot
prin
t are
not
def
ined
in a
CA
D m
odel
. T
he A
NS
YS
Des
ignM
odel
er s
uppo
rts
the
defin
ition
of s
urfa
ces
patc
hes
on a
CA
D o
r D
esig
nMod
eler
mod
el to
be
impr
inte
d on
a s
urfa
ce w
ithou
t hav
ing
to m
odify
the
CA
D m
odel
itse
lf.
Thi
s ex
erci
se d
eals
with
thes
e tw
o ca
pabi
litie
s an
d th
eir
use
whe
n pe
rfor
min
g en
gine
erin
g si
mul
atio
ns.
Exe
rcis
e 4
– R
emot
e an
d C
ombi
ned
Load
s
• P
rere
quis
ite: E
xerc
ise
3 In
exe
rcis
e 3
you
defin
ed im
prin
ted
imag
es o
r fo
otpr
ints
on
a po
rtio
n or
a fa
ce o
r su
rfac
e to
whi
ch s
uppo
rts
or lo
ads
are
to
be a
pplie
d. T
he p
urpo
se o
f thi
s ca
pabi
lity
was
to n
ot h
ave
to c
reat
e m
odifi
ed o
r sp
ecia
l CA
D m
odel
s fo
r th
is p
urpo
se.
Thi
s fr
ees
you
in p
erfo
rmin
g si
mul
atio
ns fr
om h
avin
g to
mod
ify o
r re
ques
t mod
ifica
tions
of t
he C
AD
mod
el.
At t
he s
ame
time
thes
e lo
cal l
oads
may
be
the
resu
lt of
rem
ote
mas
ses
asso
ciat
ed w
ith th
ese
patc
hes
that
are
re
pres
ente
d by
an
un-m
odel
ed p
iece
of e
quip
men
t w
here
the
mas
s an
d ce
nter
of g
ravi
ty a
re k
now
n.
Thi
s ex
erci
se d
eals
with
the
appl
icat
ion
of r
emot
e (u
n-at
tach
ed)
forc
es o
r m
asse
s to
thes
e pr
edef
ined
pat
ches
. E
xerc
ise
5 –
Ass
embl
ies
and
Con
tact
• P
rere
quis
ite: E
xerc
ise
4 N
ow th
at y
ou h
ave
lear
ned
to d
eal w
ith s
imul
atio
ns o
f a s
ingl
e pa
rt, i
t is
time
to le
arn
abou
t how
AN
SY
S W
orkb
ench
en
viro
nmen
t add
ress
es a
ssem
blie
s.
AN
SY
S 1
0.0
WO
RK
BE
NC
H T
UT
OR
IAL
© 2
006
AN
SY
S, I
nc.
All
right
s re
serv
ed.
6 A
NS
YS
, Inc
. P
ropr
ieta
ry
In th
is e
xerc
ise
you
will
mod
ify y
our
orig
inal
mod
el to
mou
nt th
e pl
ate
you
crea
ted
on a
pos
t sup
port
ed a
t its
bas
e. T
he
auto
mat
ed c
onta
ct s
urfa
ce d
efin
ition
s us
ed in
this
exe
rcis
e (w
hile
bas
ed o
n a
mod
el c
reat
ed w
ith th
e A
NS
YS
D
esig
nMod
eler
); w
ork
in th
e sa
me
way
whe
n C
AD
ass
em
blie
s ar
e at
tach
ed to
the
Wor
kben
ch e
nvir
onm
ent.
On
com
plet
ion
of th
is e
xerc
ise
you
will
hav
e ex
am
ined
the
wor
kflo
w a
ssoc
iate
d w
ith th
e ba
sic
use
of th
e A
NS
YS
pro
duct
s fr
om w
ithin
the
AN
SY
S W
orkb
ench
env
ironm
ent.
Exe
rcis
e 6,
Par
t 1 –
Exp
lorin
g S
imul
atio
n T
he e
ntire
qua
ntity
and
type
s of
eng
inee
ring
sim
ulat
ion
capa
bilit
ies
acce
ssib
le w
ith th
e A
NS
YS
Wor
kben
ch e
nviro
nmen
t ar
e be
yond
the
scop
e of
this
bas
ic tu
toria
l. T
he e
xerc
ises
ava
ilabl
e in
the
rem
aind
er o
f thi
s tu
toria
l pro
vide
a b
rief v
iew
of
som
e of
thes
e ca
pabi
litie
s.
It is
pre
sum
ed a
t thi
s po
int t
hat y
ou h
ave
com
plet
ed th
e in
trod
uctio
n an
d ex
erci
ses
1 th
roug
h 5
of th
e ov
eral
l tut
oria
l. If
you
have
don
e so
, eac
h of
the
follo
win
g ex
erci
ses
can
be ta
ken
indi
vidu
ally
bas
ed o
n yo
ur a
reas
of i
nter
est.
•
Exe
rcis
e 6A
– L
oads
and
Loa
d S
teps
T
his
exer
cise
dem
onst
rate
s th
e ap
plic
atio
n of
load
ste
ps b
ased
on
mas
ses
and
acce
lera
tions
bas
ed o
n di
scre
te
vect
ors
to th
e re
sults
of e
xerc
ises
1 th
roug
h 5.
• E
xerc
ise
6B –
Mod
al A
naly
sis
T
his
exer
cise
use
s th
e re
sults
of t
he p
revi
ous
exer
cise
and
exp
lore
s m
odal
and
har
mon
ic s
imul
atio
n to
det
erm
ine
the
stru
ctur
es n
atur
al fr
eque
ncy
resp
onse
s w
ith a
nd w
ithou
t app
lied
load
s.
•
Exe
rcis
e 6C
– O
ptim
izat
ion
T
his
exer
cise
intr
oduc
es y
ou to
the
basi
c ca
pabi
litie
s fo
r pe
rfor
min
g si
mul
atio
n dr
iven
des
ign.
Incl
uded
in th
e ex
erci
se a
re th
e us
e sh
ape
optim
izat
ion
capa
bilit
ies
to r
emov
e ex
cess
or
on-n
eede
d m
ater
ial i
n a
part
or
com
pone
nt a
nd th
e us
e of
Des
ign
of E
xper
imen
t (D
OE
) pr
inci
pals
to o
ptim
ize
desi
gns.
E
xerc
ise
6, P
art 2
– E
xplo
ring
Sim
ulat
ion
•
Exe
rcis
e 6D
- S
tead
y S
tate
and
Tra
nsie
nt T
herm
al S
imul
atio
n
AN
SY
S 1
0.0
WO
RK
BE
NC
H T
UT
OR
IAL
© 2
006
AN
SY
S, I
nc.
All
right
s re
serv
ed.
7 A
NS
YS
, Inc
. P
ropr
ieta
ry
T
his
exer
cise
intr
oduc
es y
ou to
a fe
w b
asic
cap
abili
ties
of th
e A
NS
YS
Wor
kben
ch in
the
area
s of
ste
ady
stat
e an
d tr
ansi
ent t
herm
al s
imul
atio
n ca
pabi
litie
s. T
he e
xerc
ise
uses
a p
rede
fined
mod
el.
The
exe
rcis
e is
you
r fir
st in
trod
uctio
n to
the
defin
ition
, use
and
app
licat
ion
of v
arie
d m
ater
ials
to m
odel
pro
duce
d in
C
AD
or
with
the
Des
ignM
odel
er to
the
part
s in
mod
els
or a
ssem
blie
s.
•
Exe
rcis
e 6E
- L
inea
r B
uckl
ing
T
his
exer
cise
intr
oduc
es y
ou to
the
basi
c m
etho
ds o
f det
erm
inin
g bu
cklin
g m
odes
and
per
form
ing
linea
r bu
cklin
g si
mul
atio
ns b
ased
on
a si
mpl
e be
am o
r co
lum
n pr
ofile
.
• E
xerc
ice
6F –
Str
ess-
Life
Fat
igue
Thi
s ex
erci
se in
trod
uces
you
to a
min
imu
m s
et o
f too
ls fo
r pe
rfor
min
g st
ress
-life
fatig
ue s
imul
atio
ns a
nd m
etho
d us
ed to
exa
min
e va
rious
res
ults
from
the
sim
ula
tion.
• E
xerc
ise
6G -
Sol
ving
with
2D
and
3D
Sym
me
try
If
you
are
fam
iliar
with
the
conc
epts
of s
ymm
etr
y in
per
form
ing
anal
ysis
on
rota
ting
mac
hine
ry o
r m
echa
nism
s or
ot
her
part
s w
hose
sim
ulat
ion
is s
ymm
etri
c in
nat
ure;
this
exe
rcis
e in
trod
uces
you
to a
pply
you
r kn
owle
dge
of th
e de
sign
to im
prov
e si
mul
atio
n pe
rfor
man
ce.
Con
clus
ion
We
hope
whe
n yo
u co
mpl
ete
this
tuto
rial t
hat y
ou h
ave
a be
tter
unde
rsta
ndin
g of
the
som
e of
the
avai
labl
e A
NS
YS
sol
ver
tech
nolo
gies
as
they
are
acc
esse
d us
ing
Wor
kben
ch e
nviro
nmen
t. If
you
wis
h to
lear
n m
ore
cont
act y
our
loca
l AN
SY
S
sale
s of
fice.
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NS
YS
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. A
ll rig
hts
rese
rved
.1
AN
SY
S, I
nc. P
ropr
ieta
ry
ANSYS ED
Workbench Tutorial
ANSYS ED
ANSYS ED
Workbench Tutorial
Workbench Tutorial
Intr
od
uct
ion
An
dO
verv
iew
Intr
od
uct
ion
Intr
od
uct
ion
An
dA
nd
Ove
rvie
wO
verv
iew
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YS
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ll rig
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AN
SY
S, I
nc. P
ropr
ieta
ry
Introduction
Introduction
•T
he A
NS
YS
Wor
kben
ch r
epre
sent
s m
ore
than
a
gene
ral p
urpo
se e
ngin
eerin
g to
ol.
–It
prov
ides
a h
ighl
y in
tegr
ated
eng
inee
ring
sim
ulat
ion
plat
form
.–
Sup
port
s m
ulti-
phys
ics
engi
neer
ing
solu
tions
.–
Pro
vide
s bi
-dire
ctio
nal p
aram
etric
ass
ocia
tivity
w
ith m
ost a
vaila
ble
CA
D s
yste
ms.
•T
his
tuto
rial i
s de
sign
ed to
intr
oduc
e yo
u to
the
capa
bilit
ies,
func
tiona
litie
s an
d fe
atur
es o
f the
A
NS
YS
Wor
kben
ch.
©20
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NS
YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
ANSYS Workbench [ANSYS ED]
ANSYS Workbench [ANSYS ED]
•A
NS
YS
ED
rep
rese
nts
an a
pplic
atio
n th
at:
–P
rovi
des
acce
ss to
a r
ange
of A
NS
YS
E
ngin
eerin
g S
imul
atio
n so
lutio
ns.
–Is
des
igne
d to
han
dle
a lim
ited
set o
f non
-co
mpl
ex e
ngin
eerin
g so
lutio
ns•
Sim
ulat
ion
capa
bilit
ies
are
limite
d by
the
size
of
engi
neer
ing
and
finite
ele
men
t mod
els
•F
inite
ele
men
t mod
els
are
limite
d to
100
0 el
emen
ts o
n si
ngle
par
ts o
r as
sem
blie
s.•
Oth
er li
mita
tions
can
be
foun
d at
w
ww
.ans
ys.c
om/p
rodu
cts/
ed.a
sp
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YS
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ll rig
hts
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AN
SY
S, I
nc. P
ropr
ieta
ry
Purpose
Purpose
•T
his
tuto
rial i
s in
crem
enta
l in
natu
re (
it is
re
com
men
ded
and
in s
ome
case
s re
quire
d th
at
exer
cise
s be
take
n in
thei
r de
fined
ord
er)
•It
is d
esig
ned
to in
trod
uce
you
to:
–T
he n
atur
e an
d de
sign
of t
he A
NS
YS
Wor
kben
ch
Use
r In
terf
ace
–T
he c
once
pts
of A
NS
YS
Wor
kben
ch P
roje
cts
and
shar
ed a
pplic
atio
ns–
The
inte
grat
ed n
atur
e of
AN
SY
S W
orkb
ench
te
chno
logy
–T
he p
ower
of t
he A
NS
YS
Wor
kben
ch in
usi
ng
appl
ied
para
met
ric m
odel
ing
and
sim
ulat
ion
tech
niqu
es to
pro
vide
qua
lity
engi
neer
ing
solu
tions
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YS
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ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
Using this Tutorial
Using this Tutorial
Gre
en b
oxes
are
gu
ides
de
scrib
ing
vario
us
Wor
kben
ch
feat
ures
but
re
quiri
ng n
o ac
tion
on y
our
part
Blu
e bo
xes
repr
esen
t act
ions
to
be
take
n.
Whe
n nu
mbe
red
they
gui
de y
ou
thro
ugh
the
sequ
ence
of t
he
actio
ns
Ora
nge
boxe
s pr
esen
t w
arni
ngs
or
note
s of
in
tere
st o
r im
port
ance
Th
e fo
llow
ing
gu
idel
ines
are
pro
vid
ed w
hen
ta
kin
g t
he
tuto
rial
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AN
SY
S, I
nc. P
ropr
ieta
ry
Getting Started
Getting Started
Laun
ch th
e A
NS
YS
Wor
kben
ch
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YS
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ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
Getting Started
Getting Started
Exa
min
e th
e A
NS
YS
Wor
kben
ch S
tart
Pag
e
Fro
m th
e S
tart
Pag
e yo
u ca
n:
•S
et y
our
desi
red
AN
SY
S
Wor
kben
ch O
ptio
ns
•C
reat
e ne
w A
NS
YS
Wor
kben
ch
Geo
met
ry o
r im
port
CA
D g
eom
etry
Fro
m th
e S
tart
Pag
e yo
u ca
n:
•C
reat
e ne
w A
NS
YS
Wor
kben
ch
Geo
met
ry o
r im
port
CA
D g
eom
etry
©20
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YS
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. A
ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
Getting Started
Getting Started
Exa
min
e th
e A
NS
YS
Wor
kben
ch S
tart
Pag
e
Fro
m th
e S
tart
Pag
e yo
u ca
n:
•S
et y
our
desi
red
AN
SY
S
Wor
kben
ch O
ptio
ns
•C
reat
e ne
w A
NS
YS
Wor
kben
ch
Geo
met
ry o
r im
port
CA
D g
eom
etry
Fro
m th
e S
tart
Pag
e yo
u ca
n:
•C
reat
e ne
w A
NS
YS
Wor
kben
ch
Geo
met
ry o
r im
port
CA
D g
eom
etry
•C
reat
e a
new
sim
ulat
ion
base
d on
ex
istin
g A
NS
YS
Wor
kben
ch o
r C
AD
m
odel
s
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YS
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ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
Getting Started
Getting Started
Exa
min
e th
e A
NS
YS
Wor
kben
ch S
tart
Pag
e
Fro
m th
e S
tart
Pag
e yo
u ca
n:
•C
reat
e ne
w A
NS
YS
Wor
kben
ch
Geo
met
ry o
r im
port
CA
D g
eom
etry
•C
reat
e a
new
sim
ulat
ion
base
d on
ex
istin
g A
NS
YS
Wor
kben
ch o
r C
AD
m
odel
s
•C
reat
e a
new
(em
pty)
AN
SY
S
Wor
kben
ch P
roje
ct
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YS
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ll rig
hts
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rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
Getting Started
Getting Started
Exa
min
e th
e A
NS
YS
Wor
kben
ch S
tart
Pag
e
Fro
m th
e S
tart
Pag
e yo
u ca
n:
•S
et y
our
desi
red
AN
SY
S
Wor
kben
ch O
ptio
ns
Fro
m th
e S
tart
Pag
e yo
u ca
n:
•S
et y
our
desi
red
AN
SY
S
Wor
kben
ch O
ptio
ns
•C
reat
e ne
w A
NS
YS
Wor
kben
ch
Geo
met
ry o
r im
port
CA
D g
eom
etry
•C
reat
e a
new
sim
ulat
ion
base
d on
ex
istin
g A
NS
YS
Wor
kben
ch o
r C
AD
m
odel
s
•C
reat
e a
new
(em
pty)
AN
SY
S
Wor
kben
ch P
roje
ct
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YS
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ll rig
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AN
SY
S, I
nc. P
ropr
ieta
ry
Getting Started
Getting Started
Exa
min
e th
e A
NS
YS
Wor
kben
ch S
tart
Pag
e
Fro
m th
e S
tart
Pag
e yo
u ca
n:
•S
et y
our
desi
red
AN
SY
S
Wor
kben
ch O
ptio
ns
•C
reat
e ne
w A
NS
YS
Wor
kben
ch
Geo
met
ry o
r im
port
CA
D g
eom
etry
•C
reat
e a
new
sim
ulat
ion
base
d on
ex
istin
g A
NS
YS
Wor
kben
ch o
r C
AD
m
odel
s
•C
reat
e a
new
(em
pty)
AN
SY
S
Wor
kben
ch P
roje
ct
•B
row
se fo
r an
d op
en e
xist
ing
files
or
proj
ects
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AN
SY
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ropr
ieta
ry
Open an Empty Project
Open an Empty Project
Ope
n an
em
pty
proj
ect b
y se
lect
ing
the
“Em
pty
Pro
ject
”Ic
on w
ith th
e le
ft m
ouse
but
ton
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SY
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ropr
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The Project Page
The Project Page
Exa
min
e th
e A
NS
YS
Wor
kben
ch P
roje
ct P
age
The
Pro
ject
Pag
e P
rovi
des:
File
Man
agem
ent T
ools
to s
uppo
rt th
e op
enin
g of
new
or
exis
ting
AN
SY
S
Wor
kben
ch P
roje
cts
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AN
SY
S, I
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ropr
ieta
ry
The Project Page
The Project Page
Exa
min
e th
e A
NS
YS
Wor
kben
ch P
roje
ct P
age
The
Pro
ject
Pag
e P
rovi
des:
Acc
ess
to A
NS
YS
Wor
kben
ch h
elp
and
docu
men
tatio
n
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SY
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ropr
ieta
ry
The Project Page
The Project Page
Exa
min
e th
e A
NS
YS
Wor
kben
ch P
roje
ct P
age
The
Pro
ject
Pag
e P
rovi
des:
The
abi
lity
to c
reat
e ne
w A
NS
YS
W
orkb
ench
Par
amet
ric M
odel
s
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SY
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ropr
ieta
ry
The Project Page
The Project Page
Exa
min
e th
e A
NS
YS
Wor
kben
ch P
roje
ct P
age
The
Pro
ject
Pag
e P
rovi
des:
The
abi
lity
to li
nk to
act
ive
or p
revi
ous
save
d C
AD
or
AN
SY
S W
orkb
ench
ge
omet
ry
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YS
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SY
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ropr
ieta
ry
The Project Page
The Project Page
Exa
min
e th
e A
NS
YS
Wor
kben
ch P
roje
ct P
age
The
Pro
ject
Pag
e P
rovi
des:
The
abi
lity
to a
cces
s th
e A
NS
YS
W
orkb
ench
Eng
inee
ring
Dat
a ap
plic
atio
n to
cre
ate,
impo
rt a
nd
man
age
mat
eria
l pro
pert
ies
and
data
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SY
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ropr
ieta
ry
The Project Page
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Exa
min
e th
e A
NS
YS
Wor
kben
ch P
roje
ct P
age
The
Pro
ject
Pag
e P
rovi
des:
Acc
ess
to s
peci
aliz
ed p
roje
ct ta
sks
for
expe
rienc
ed A
NS
YS
and
AN
SY
S
Wor
kben
ch u
sers
(to
be
cove
red
in la
ter
tuto
rials
)
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AN
SY
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ropr
ieta
ry
The Project Page
The Project Page
Exa
min
e th
e A
NS
YS
Wor
kben
ch P
roje
ct P
age
The
Pro
ject
Pag
e P
rovi
des:
Acc
ess
to c
usto
m a
pplic
atio
ns d
evel
oped
by
you
, you
r co
mpa
ny, y
our
supp
liers
or
AN
SY
S W
orkb
ench
third
-par
ty
supp
liers
(ex
ampl
e sh
own)
.
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
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SY
S, I
nc. P
ropr
ieta
ry
The Project Page
The Project Page
Und
erlin
ed it
ems
in th
e rig
ht s
ide
men
u th
at a
re u
nder
lined
can
be
colla
psed
or
expa
nded
©20
06 A
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YS
, Inc
. A
ll rig
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rved
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ropr
ieta
ry
Creating initial geometry
Creating initial geometry
We
will
sta
rt th
is tu
toria
l by
crea
ting
a ne
w m
odel
usi
ng th
e A
NS
YS
Wor
kben
ch
Des
ignM
odel
erC
reat
e a
new
mod
el b
y se
lect
ing
“New
G
eom
etry
”us
ing
the
left
mou
se b
utto
n
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
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nc. P
ropr
ieta
ry
Building our initial model
Building our initial model
Sel
ect y
ou m
odel
ing
units
(in
this
cas
e m
illim
eter
s) a
nd s
elec
t OK
with
the
left
mou
se b
utto
n
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
You
will
find
tool
s in
the
Des
ign
Mod
eler
for:
•File
man
agem
ent
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
You
will
find
tool
s in
the
Des
ign
Mod
eler
for:
•File
man
agem
ent
•Im
age
capt
ure
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
You
will
find
tool
s in
the
Des
ign
Mod
eler
for:
•File
man
agem
ent
•Im
age
capt
ure
•Und
o an
d re
do o
f mod
elin
g op
erat
ions
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
You
will
find
tool
s in
the
Des
ign
Mod
eler
for:
•File
man
agem
ent
•Im
age
capt
ure
•Und
o an
d re
do o
f mod
elin
g op
erat
ions
•Geo
met
ry s
elec
tion
and
filte
ring
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
You
will
find
tool
s in
the
Des
ign
Mod
eler
for:
•Dis
play
man
ipul
atio
n an
d co
ntro
l
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
You
will
find
tool
s in
the
Des
ign
Mod
eler
for:
•Dis
play
man
ipul
atio
n an
d co
ntro
l
•Pla
ne a
nd S
ketc
h M
anag
emen
t
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
You
will
find
tool
s in
the
Des
ign
Mod
eler
for:
•Dis
play
man
ipul
atio
n an
d co
ntro
l
•Pla
ne a
nd S
ketc
h M
anag
emen
t
•3D
geo
met
ry c
reat
ion
and
Par
amet
ers
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
You
will
find
tool
s in
the
Des
ign
Mod
eler
for:
•Dis
play
man
ipul
atio
n an
d co
ntro
l
•Pla
ne a
nd S
ketc
h M
anag
emen
t
•3D
geo
met
ry c
reat
ion
and
Par
amet
ers
•Mod
elin
g an
d S
ketc
hing
Mod
e S
witc
hing
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
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nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
The
Tre
e O
utlin
e in
Mod
elin
g M
ode:
•Dep
icts
mod
elin
g op
erat
ions
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
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SY
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nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
The
Tre
e O
utlin
e in
Mod
elin
g M
ode:
•Dep
icts
mod
elin
g op
erat
ions
•Sup
port
s ed
iting
of m
odel
ing
oper
atio
ns
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
The
Tre
e O
utlin
e in
Mod
elin
g M
ode:
•Dep
icts
mod
elin
g op
erat
ions
•Sup
port
s ed
iting
of m
odel
ing
oper
atio
ns
•Sup
port
s vi
ewin
g of
mod
elin
g de
tails
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
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nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
The
Tre
e O
utlin
e in
Mod
elin
g M
ode:
•Dep
icts
mod
elin
g op
erat
ions
•Sup
port
s ed
iting
of m
odel
ing
oper
atio
ns
•Sup
port
s vi
ewin
g of
mod
elin
g de
tails
•Allo
ws
editi
ng o
f mod
el d
etai
ls
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
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nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
The
Tre
e O
utlin
e in
Ske
tchi
ng M
ode:
•Pro
vide
s ac
cess
to s
ketc
hing
tool
s
•Sup
port
s sk
etch
cre
atio
n an
d m
odifi
catio
n
•Sup
port
s vi
ewin
g of
ske
tchi
ng d
etai
ls
•Sup
port
s ed
iting
of g
eom
etry
and
feat
ures
©20
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YS
, Inc
. A
ll rig
hts
rese
rved
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nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
The
Tre
e O
utlin
e in
Ske
tchi
ng M
ode:
•Pro
vide
s ac
cess
to s
ketc
hing
tool
s
•Sup
port
s sk
etch
cre
atio
n an
d m
odifi
catio
n
•Sup
port
s vi
ewin
g of
ske
tchi
ng d
etai
ls
•Sup
port
s ed
iting
of g
eom
etry
and
feat
ures
©20
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YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
S, I
nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
The
Tre
e O
utlin
e in
Ske
tchi
ng M
ode:
•Pro
vide
s ac
cess
to s
ketc
hing
tool
s
•Sup
port
s sk
etch
cre
atio
n an
d m
odifi
catio
n
•Sup
port
s vi
ewin
g of
ske
tchi
ng d
etai
ls
•Sup
port
s ed
iting
of g
eom
etry
and
feat
ures
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
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AN
SY
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nc. P
ropr
ieta
ry
The DesignModeler
The DesignModeler
Exa
min
e th
e D
esig
n M
odel
ing
Env
ironm
ent
The
Tre
e O
utlin
e in
Ske
tchi
ng M
ode:
•Pro
vide
s ac
cess
to s
ketc
hing
tool
s
•Sup
port
s sk
etch
cre
atio
n an
d m
odifi
catio
n
•Sup
port
s vi
ewin
g of
ske
tchi
ng d
etai
ls
•Sup
port
s ed
iting
of g
eom
etry
and
feat
ures
©20
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YS
, Inc
. A
ll rig
hts
rese
rved
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ropr
ieta
ry
GUI -Graphical User Interface
Basic Mouse Functionality
GUI -Graphical User Interface
Basic Mouse Functionality
•B
asic
mou
se c
ontr
ol (
3 bu
tton
mou
se a
ssum
ed):
–LM
B (
left
mou
se b
utto
n)•
Geo
met
ry s
elec
tion
•<
CT
RL>
+ L
MB
add
s/re
mov
es
sele
cted
ent
ities
•H
old
LMB
and
sw
eep
curs
or =
co
ntin
uous
sel
ectio
n
–M
MB
(m
iddl
e m
ouse
but
ton)
•F
ree
Rot
atio
n (s
hort
cut)
–R
MB
(rig
ht m
ouse
but
ton)
•B
ox Z
oom
(sh
ortc
ut)
•O
pen
pop-
up (
cont
ext)
men
us
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YS
, Inc
. A
ll rig
hts
rese
rved
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ropr
ieta
ry
Adj
acen
t/Flo
od S
elec
t
•In
sel
ect m
ode
the
curs
or c
hang
es to
ref
lect
cur
rent
sel
ectio
n fil
ter
(it w
ill
mat
ch th
e ic
on).
•A
djac
ent a
nd F
lood
Sel
ectio
ns e
xten
d se
lect
ions
to a
djac
ent a
reas
. A
dditi
onal
info
rmat
ion
can
be fo
und
in th
e A
NS
YS
Wor
kben
ch H
elp
(doc
umen
tatio
n).
Selecting
Selection Filters
Selecting
Selection Filters
•M
odel
feat
ures
are
iden
tifie
d by
gra
phic
ally
pic
king
them
(se
lect
ing)
us
ing
the
left
mou
se b
utto
n•
Fea
ture
sel
ectio
n is
don
e by
act
ivat
ing
one
of th
e se
lect
ion
filte
rs fr
om
the
men
u ba
r or
from
pop
-up
men
us u
sing
the
right
mou
se b
utto
n
New
S
elec
tio
n
Sin
gle
/Bo
x S
elec
tio
n2D
Po
ints
, 3D
V
erti
ces
2D E
dg
es, M
od
el
Ed
ges
, Lin
e E
dg
es
Fac
esS
olid
Bo
dies
, S
urf
ace
Bo
dies
, L
ine
Bod
iesE
xten
sio
n
Op
tio
ns
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. A
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ropr
ieta
ry
Selecting
Selection Filters
•S
elec
tion
filte
rs c
an a
lso
be s
et u
sing
pop
-up
men
us
(rig
ht m
ouse
but
ton
in th
e M
odel
Vie
w):
In S
ketc
hing
Mod
e:In
Mod
elin
g M
ode:
©20
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YS
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. A
ll rig
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ropr
ieta
ry
Selecting
Mouse Selection
Selecting
Mouse Selection •
Add
to o
r re
mov
e fr
om c
urre
nt s
elec
tion
set
–D
epen
ds o
n cu
rren
t sel
ectio
n fil
ter
(line
s, s
urfa
ces,
etc
.)
•“P
aint
Sel
ect”
-ho
ld le
ft m
ouse
but
ton
then
mov
e (“
pain
t”)
mou
se o
ver
entit
ies
to b
e se
lect
ed–
Dep
ends
on
curr
ent s
elec
tion
filte
r (li
nes,
sur
face
s, e
tc.)
Ctr
l+ ++++ +++ + ++++ +++
Hol
d No
te:
To
un
-sel
ect
all,
clic
k o
nce
in a
bla
nk
area
o
f th
e w
ind
ow
in w
hic
h y
ou
r se
lect
ion
s w
ere
mad
e
©20
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YS
, Inc
. A
ll rig
hts
rese
rved
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ieta
ry
Selecting
Selection Panes
Selecting
Selection Panes
•“S
elec
tion
Pan
es”
allo
w
sele
ctin
g hi
dden
geo
met
ry
(line
s, s
urfa
ces,
etc
.) a
fter
an
initi
al s
elec
tion
–In
ass
embl
ies
only
pan
es
are
colo
r co
ded
to m
atch
pa
rt c
olor
s –
Mul
ti-se
lect
tech
niqu
es
appl
y to
sel
ectio
n pa
nes
as w
ell
No
te, e
ach
pla
ne
rep
rese
nts
an
en
tity
(su
rfac
e, e
dg
e,
etc)
th
at a
n im
agin
ary
line
wo
uld
pas
s th
rou
gh
sta
rtin
g
fro
m t
he
init
ial m
ou
se c
lick
loca
tio
n a
nd
pro
ceed
ing
in
to t
he
scre
en a
way
fro
m t
he
view
er in
th
e n
orm
al
view
ing
dir
ecti
on
.
Init
ial
left
mo
use
clic
k
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ieta
ry
Selecting
Box Selection
Selecting
Box Selection
•T
he S
elec
tion
Too
lbar
incl
udes
a “
Sel
ect
Mod
e”bu
tton
allo
win
g us
ers
to s
elec
t ite
ms
via
Sin
gle
Sel
ect o
r B
ox S
elec
t–
Sel
ectio
n ba
sed
on c
urre
ntly
act
ive
filte
r
–T
ype
of s
elec
tion
base
d on
dra
ggin
g di
rect
ion:
•D
rag
from
left
to r
ight
: ite
ms
com
plet
ely
encl
osed
in th
e bo
x ar
e se
lect
ed
•D
rag
from
rig
ht to
left:
item
s co
mpl
etel
y an
d pa
rtia
lly e
nclo
sed
in th
e bo
x ar
e se
lect
ed
–N
ote
the
diffe
renc
e in
the
hash
mar
ks
alon
g th
e ed
ges
of th
e bo
x to
hel
p yo
u de
term
ine
whi
ch b
ox s
elec
tion
type
will
be
per
form
ed.
Lef
t to
Rig
ht
Rig
ht
to L
eft
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YS
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. A
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ieta
ry
Graphics Controls
Graphics Controls
•R
otat
e B
ehav
ior
(LM
B):
–C
urso
r ne
ar c
ente
r of
gra
phic
s sc
reen
= fr
ee r
otat
ions
.
–C
urso
r ou
tsid
e ce
nter
= r
otat
ion
abou
t Z a
xis
of th
e vi
ew w
hich
po
ints
out
of t
he s
cree
n.
–C
urso
r ne
ar to
p or
sid
e ed
ge o
f gr
aphi
cs s
cree
n =
rot
atio
ns
abou
t X (
horiz
onta
l) or
Y
(ver
tical
) ax
es o
f the
scr
een.
Not
e: th
e cu
rsor
will
cha
nge
styl
e de
pend
ing
on w
indo
w lo
catio
n/ac
tion
©20
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YS
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. A
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ieta
ry
…Graphics Controls
…Graphics Controls
–P
anni
ng
–Z
oom
in/o
ut
–B
ox Z
oom
–F
it m
odel
to g
raph
ics
scre
en
–Lo
ok A
t: se
lect
mod
el fe
atur
e (s
urfa
ce, l
ine,
etc
.) th
en “
Look
At”
. M
odel
aut
omat
ical
ly o
rient
s no
rmal
to fe
atur
e, c
ente
red
at p
ick
poin
t.•
Add
ition
al M
ouse
Con
trol
s–
Whi
le in
sel
ect m
ode:
•C
ente
r m
ouse
but
ton
= fr
ee r
otat
ions
.•
Rig
ht m
ouse
but
ton
= b
ox z
oom
.•
Shi
ft +
Cen
ter
mou
se b
utto
n =
zoom
.
©20
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YS
, Inc
. A
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ieta
ry
…Graphics Controls
…Graphics Controls
–W
hile
in R
otat
e, P
an, o
r Z
oom
mod
e:•
Left
clic
k on
mod
el te
mpo
raril
y re
sets
cen
ter
of v
iew
and
ro
tatio
n at
cur
sor
loca
tion
(iden
tifie
d by
red
dot
).•
Left
clic
k in
ope
n ar
ea (
off t
he m
odel
) re
-cen
ters
mod
el a
nd
rota
tion
cent
er to
cen
troi
d.
Tem
po
rary
ro
tati
on
al
cen
ter
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GUI -Graphical User Interface
Context Menus
GUI -Graphical User Interface
Context Menus
•R
MB
–C
onte
xt
Sen
sitiv
e M
enus
app
ear:
Mo
del
Vie
w
Prin
t Pre
view
Tre
e O
bje
ct
Tre
e
Ske
tch
Dim
ensi
on
ing
Not
e: t
o d
ele
te a
fea
ture
: h
igh
ligh
t it
on T
ree,
RM
B >
Del
ete,
o
r
<D
elet
e> u
sin
g ke
yboa
rd
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GUI -Graphical User Interface
Cursor Modes
GUI -Graphical User Interface
Cursor Modes
•M
ouse
Cur
sor
is c
onte
xt s
ensi
tive
–In
dica
tes
chos
en o
pera
tion
•V
iew
ing,
Rot
atio
n…•
Sel
ectin
g•
Ske
tch
Aut
oCon
stra
ints
•S
yste
m S
tatu
s “b
usy,
wai
t”
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Congratulations
Congratulations
•A
t thi
s po
int y
ou s
houl
d ha
ve c
ompl
eted
the
AN
SY
S W
orkb
ench
Intr
oduc
tion
–Y
ou s
houl
d ha
ve a
bas
ic u
nder
stan
ding
of
•T
he S
tart
Pag
e•
The
Pro
ject
Pag
e
–Y
ou s
houl
d ha
ve a
dev
elop
ed a
bas
ic
unde
rsta
ndin
g of
the
grap
hica
l use
r in
terf
ace
incl
udin
g:•
Scr
een
layo
uts
•G
raph
ical
Use
r In
terf
aces
•M
ouse
inte
ract
ions
(m
enus
and
sel
ectio
ns)
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ANSYS ED
Workbench Tutorial
ANSYS ED
ANSYS ED
Workbench Tutorial
Workbench Tutorial
AN
SY
SW
ork
ben
chB
asic
s
AN
SY
SA
NS
YS
Wo
rkb
ench
Wo
rkb
ench
Bas
ics
Bas
ics
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Using this Tutorial
Using this Tutorial
Gre
en b
oxes
are
gu
ides
de
scrib
ing
vario
us
Wor
kben
ch
feat
ures
but
re
quiri
ng n
o ac
tion
on y
our
part
Blu
e bo
xes
repr
esen
t act
ions
to
be
take
n.
Whe
n nu
mbe
red
they
gui
de y
ou
thro
ugh
the
sequ
ence
of t
he
actio
ns
Ora
nge
boxe
s pr
esen
t w
arni
ngs
or
note
s of
in
tere
st o
r im
port
ance
Th
e fo
llow
ing
gu
idel
ines
are
pro
vid
ed w
hen
ta
kin
g t
he
tuto
rial
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Getting Started
Getting Started
Laun
ch th
e A
NS
YS
Wor
kben
ch
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ropr
ieta
ry
Open an Empty Project
Open an Empty Project
Ope
n an
em
pty
proj
ect b
y se
lect
ing
the
“Em
pty
Pro
ject
”Ic
on w
ith th
e le
ft m
ouse
but
ton
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Creating initial geometry
Creating initial geometry
We
will
sta
rt th
is tu
toria
l by
crea
ting
a ne
w m
odel
usi
ng th
e A
NS
YS
Wor
kben
ch
Des
ignM
odel
erC
reat
e a
new
mod
el b
y se
lect
ing
“New
G
eom
etry
”us
ing
the
left
mou
se b
utto
n
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ry
Building our initial model
Building our initial model
Sel
ect y
ou m
odel
ing
units
(in
this
cas
e m
illim
eter
s) a
nd s
elec
t OK
with
the
left
mou
se b
utto
n
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SY
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ropr
ieta
ry
Exercise 1 -Outline
Exercise 1 -Outline
•R
ecta
ngul
ar P
late
with
a U
nifo
rm P
ress
ure
Load
1.C
reat
e ge
omet
ry2.
App
ly c
onst
rain
ts3.
App
ly p
ress
ure
load
4.D
efin
e re
quire
d re
sults
5.S
olve
6.E
xam
ine
Res
ults
7.G
ener
ate
Rep
ort
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Step 1A –Create Rectangle
Step 1A –Create Rectangle
1.E
nter
Ske
tchi
ngM
ode
2.S
elec
t Rec
tang
le fr
om
the
Dra
w M
enu
4.C
reat
e R
ecta
ngle
(le
ft m
ouse
clic
k or
rel
ease
dra
g)
3.S
elec
t a s
tart
ing
poin
t (le
ft m
ouse
clic
k –
or
hold
and
dra
g)
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Step 1B –Extrude Rectangle
Step 1B –Extrude Rectangle
1.S
elec
t the
Ext
rude
O
pera
tion
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Step 1B –Extrude Rectangle
Step 1B –Extrude Rectangle
1.S
elec
t the
Ext
rude
O
pera
tion
2.In
the
deta
ils o
f ext
rusi
on s
et th
e de
pth
of th
e ex
trus
ion
3.S
elec
t Gen
erat
e to
com
plet
e th
e ex
trus
ion
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Step 1C –Create a Simulation
Step 1C –Create a Simulation
2.S
elec
t the
[Pro
ject
] fol
der
tab
1.S
elec
t File
Sav
e an
d sa
ve y
our
file
in a
dire
ctor
y of
you
r ch
oice
as
Exe
rcis
e1.a
gdb
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ry
Step 2A –Open a new Simulation
Step 2A –Open a new Simulation
Not
e th
at y
our
new
mod
el a
nd
file
have
bee
n ad
ded
to y
our
proj
ect
Sel
ect (
left
mou
se c
lick)
“N
ew S
imul
atio
n”
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Model Import & Applet Switching
Model Import & Applet Switching
Not
e th
at y
our
mod
el h
as
now
bee
n at
tach
ed to
the
activ
e si
mul
atio
n
Not
e th
at y
our
Pro
ject
, Mod
el (
Exe
rcis
e1)
and
Sim
ulat
ion
are
all a
ctiv
e (y
ou c
an s
witc
h be
twee
n ap
plet
s at
any
tim
e
We
will
not
exa
min
e th
e fu
ll S
imul
atio
n U
ser
Inte
rfac
e at
this
tim
e as
it w
ill b
e le
arne
d pr
ogre
ssiv
ely
thro
ugho
ut th
is
tuto
rial
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Step 2B –Defining your Environment
Step 2B –Defining your Environment
1.U
se fr
ee
rota
tion
to
orie
nt y
our
mod
el to
a
posi
tion
you
are
com
fort
able
w
ith
2.S
elec
t you
r en
viro
nmen
t in
the
outli
ne to
def
ine
load
s an
d co
nstr
aint
s
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Step 2B –Defining your Environment
Step 2B –Defining your Environment
Not
e th
at a
new
Env
ironm
ent t
oolb
ar h
as
been
add
ed to
the
user
inte
rfac
eF
eel f
ree
to b
row
se a
vaila
ble
capa
bilit
ies
and
optio
ns
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Step 2B –Defining your Environment
Step 2B –Defining your Environment
For
our
pur
pose
s w
e ar
e go
ing
to fo
cus
on
a si
ngle
ste
p “S
tatic
”st
ruct
ural
sim
ulat
ion
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Step 2B –Defining Supports
Step 2B –Defining Supports
At t
his
poin
t you
ha
ve tw
o op
tions
1.S
elec
ted
“Fix
ed
Sup
port
”fr
om
the
“Str
uctu
ral”
pull-
dow
n m
enu
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Step 2B –Defining Supports
Step 2B –Defining Supports
Opt
ion
21.
Usi
ng th
e rig
ht
mou
se b
utto
n se
lect
: “I
nser
t>F
ixed
S
uppo
rt”
from
th
e po
p-up
men
u
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Step 2B –Defining Supports
Step 2B –Defining Supports
1.U
sing
the
sele
ctio
n to
ols
prev
ious
ly
intr
oduc
ed
sele
ct th
e fo
ur
boun
ding
ed
ges
of
the
your
pl
ate
2.S
elec
t the
App
ly
func
tion
unde
r th
e F
ixed
S
uppo
rt D
etai
ls
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Step 3A –Defining Loads
Step 3A –Defining Loads
1.S
elec
t a
“Pre
ssur
e”
load
fr
om th
e S
truc
tura
l m
enu
or
right
m
ouse
bu
tton
pop-
up
2.S
elec
t the
su
rfac
e to
w
hich
the
load
is to
be
appl
ied
and
sele
ct a
pply
in
the
deta
ils
men
u
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Step 3B –Defining Loads
Step 3B –Defining Loads
3.D
efin
e th
e pr
essu
re to
be
appl
ied
to th
e se
lect
ed
surf
ace(
s)
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Step 4A -Defining Results
Step 4A -Defining Results
Onc
e yo
u ha
ve d
efin
ed y
our
load
s an
d co
nstr
aint
they
can
be
verif
ied
by s
elec
ting
the
obje
ct
from
the
tree
Nex
t you
nee
d to
set
up
your
sol
utio
n by
sel
ectin
g “S
olut
ion”
from
the
tree
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Step 4A -Defining Results
Step 4A -Defining Results
Not
e th
at a
new
sol
utio
n to
olba
r ap
pear
s in
th
e U
ser
Inte
rfac
e
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Step 4A -Defining Results
Step 4A -Defining Results
1.F
rom
the
Str
ess
pull-
dow
n or
rig
ht m
ouse
m
enu
defin
e re
quire
d st
ress
re
sults
as
“Equ
ival
ent
(von
-Mis
es)”
2.F
rom
the
Def
orm
atio
n pu
ll-do
wn
or r
ight
mou
se
men
u de
fine
requ
ired
defo
rmat
ion
resu
lts a
s “T
otal
”
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Step 5A –Validating Inputs
Step 5A –Validating Inputs
1.O
nce
you
have
com
pete
d yo
ur m
odel
, re
view
you
r in
puts
and
con
stra
ints
by
sele
ctin
g ap
prop
riate
item
s in
the
Out
line
Not
e: It
ems
high
light
ed w
ith a
ligh
tnin
g bo
lt w
ill n
ot b
e ge
nera
ted
until
afte
r a
Sol
ve
2.O
nce
you
have
val
idat
ed y
our
inpu
ts
sele
ct “
Sol
ve”
to r
un y
our
sim
ulat
ion
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Step 6A –Reviewing Results
Step 6A –Reviewing Results
Onc
e yo
ur r
esul
ts a
re a
vaila
ble
they
can
be
revi
ewed
usi
ng
the
Sol
utio
n O
utlin
e
Not
e th
e ne
w
Res
ults
tool
bar
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Step 6B BBB–Reviewing Animation
Step 6B BBB–Reviewing Animation
To
anim
ate
resu
lts s
elec
t the
Ani
mat
ion
tab
at th
e bo
ttom
of
the
Res
ults
vie
w
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Step 6C -Manipulation
Step 6C -Manipulation
2.Y
ou c
an u
se v
iew
man
ipul
atio
n w
hile
run
ning
ani
mat
ions
Not
e th
e ne
w
Ani
mat
ion
tool
bar
1.S
tart
you
r an
imat
ion
by s
elec
ting
Pla
y in
the
tool
bar
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Step 7A –Define Figures
Step 7A –Define Figures
Rep
orts
can
be
gene
rate
d at
any
tim
e du
ring
a S
imul
atio
n
1.T
o ad
d gr
aphi
cal f
igur
e to
you
r re
port
yo
u m
ust f
irst d
efin
e an
d sa
ve F
igur
es
2.T
o cr
eate
a r
epor
t fig
ure
sele
ct a
n ite
m in
th
e ou
tline
and
use
vie
w m
anip
ulat
ion
to
defin
e th
e fig
ure
3.S
elec
t fig
ure
crea
tion
from
the
Sim
ulat
ion
tool
bar
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Step 7B BBB–Generate a Report
Step 7B BBB–Generate a Report
1.T
o ge
nera
te a
rep
ort f
or y
our
sim
ulat
ion
sele
ct th
e “R
epor
t Pre
view
”fo
lder
tab
belo
w y
our
sim
ulat
ion
win
dow
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Step 7C –Complete Heading
Step 7C –Complete Heading
Com
plet
e R
epor
t he
adin
g in
form
atio
n
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ry
Step 7D –Generate the Report
Step 7D –Generate the Report
Scr
oll t
o th
e bo
ttom
of t
he r
epor
t and
sel
ect
“Gen
erat
e R
epor
t”
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ry
Step 7E –Publish Report
Step 7E –Publish Report
1.If
you
have
mod
ified
you
r re
port
sel
ect “
Ref
resh
’
2.R
evie
w
your
R
epor
t co
nten
t
3.P
ublis
h or
se
nd y
our
repo
rt to
ot
hers
for
revi
ew in
a
Bro
wse
r (N
o A
NS
YS
Li
cens
e R
equi
red)
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Congratulations
Congratulations
•Y
ou h
ave
com
plet
e E
xerc
ise
1 of
the
AN
SY
S
ED
tuto
rial
•B
efor
e yo
u le
ave
the
AN
SY
S W
orkb
ench
sa
ve th
e re
sults
of t
his
exer
cise
•R
etur
n to
the
Pro
ject
Pag
e by
sel
ectin
g th
e [P
roje
ct] f
olde
r ta
b
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ieta
ry
Save your work
Save your work
Sel
ect “
Sav
e A
ll”fr
om th
e “F
ile M
enu”
or
tool
bar
ICO
N
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ry
Review your Project Contents
Review your Project Contents
Not
e: Y
our
Pro
ject
and
ass
ocia
ted
files
hav
e no
w b
een
save
d in
a c
omm
on lo
catio
n
If yo
u w
ish
to e
xit t
his
sess
ion
and
cont
inue
late
r Exi
t the
Wor
kben
ch
©20
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. A
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ANSYS ED
Workbench Tutorial
ANSYS ED
ANSYS ED
Workbench Tutorial
Workbench Tutorial
Dim
ensi
on
sA
nd
Par
amet
ers
Dim
ensi
on
sD
imen
sio
ns
An
dA
nd
Par
amet
ers
Par
amet
ers
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Welcome
Welcome
•N
ow th
at y
ou h
ave
com
plet
ed E
xerc
ise
1, y
ou s
houl
d be
fam
iliar
with
the
basi
c m
etho
ds, t
ools
and
con
cept
s th
at
com
pris
e th
e A
NS
YS
Wor
kben
ch. L
et’s
be
gin
Exe
rcis
e 2.
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Using Parametrics
Using Parametrics
•T
he m
etho
ds ta
ught
in th
is tu
toria
l app
ly
equa
lly w
ell t
o bo
th a
ttach
ed p
aram
etric
CA
D
and
Des
ignM
odel
er fi
les.
•F
or th
e pu
rpos
es o
f thi
s tu
toria
l we
will
be
usin
g th
e D
esig
nMod
eler
file
pro
duce
d in
E
xerc
ise
1 of
this
tuto
rial.
•W
hen
usin
g at
tach
ed C
AD
sys
tem
s di
men
sion
s an
d pa
ram
eter
s w
ould
be
defin
ed
in y
our
CA
D m
odel
s.
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Exercise 2 -Outline
Exercise 2 -Outline
•D
imen
sion
ing
and
Par
amet
ers
1.D
imen
sion
ing
your
mod
el2.
Dim
ensi
on n
amin
g an
d di
spla
y3.
Exp
ortin
g pa
ram
eter
s4.
Usi
ng p
aram
etric
equ
atio
ns5.
Def
inin
g th
e E
nviro
nmen
t and
Sol
utio
n6.
Exa
min
ing
Res
ults
7.M
akin
g P
aram
etric
Cha
nges
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Getting Started
Getting Started
If yo
u ar
e st
artin
g E
xerc
ise
2 w
ithou
t pre
viou
sly
com
plet
ing
Exe
rcis
e 1
copy
the
follo
win
g fil
es to
a
loca
l wor
king
dire
ctor
y…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise1
.wbd
b…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise1
.agd
b…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise1
.dsd
b…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise1
.edd
bT
hen
Clic
k H
ere
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Opening Exercise1 files
Opening Exercise1 files
If yo
u pr
evio
usly
sav
ed E
xerc
ise1
in
AN
SY
S E
D y
ou c
an o
pen
your
pr
evio
us p
roje
ct fr
om th
e A
NS
YS
Wor
kben
ch S
tart
Pag
eM
ake
sure
that
the
Ope
n: p
ull-
dow
n is
set
to “
Wor
kben
ch
Pro
ject
s”th
en le
ft m
ouse
clic
k on
Exe
rcis
e1
If E
xerc
ise1
is n
ot in
you
r lis
t you
will
nee
d to
Bro
wse
for
the
Pro
ject
in th
e di
rect
ory
you
copi
ed th
e sa
mpl
e fil
es to
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The Project Page
The Project Page
Not
e: Y
ou s
houl
d no
w b
e on
the
Pro
ject
Pag
e w
ith
the
cont
ents
as
show
n ab
ove
1.Le
ft cl
ick
on th
e E
xerc
ise1
D
esig
nMod
eler
Geo
met
ry
2.Le
ft cl
ick
on O
pen
copy
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Step 1A –Opening your sketch
Step 1A –Opening your sketch
1.E
xpan
d th
e X
YP
lane
in th
e T
ree
Out
line
and
sele
ct S
ketc
h 1
3.S
elec
t the
Ske
tch
Mod
e
2.T
urn
off t
he 3
D
mod
el d
ispl
ay
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Step 1B -Dimensioning
Step 1B -Dimensioning
1.S
elec
t “D
imen
sion
s”fr
om th
e S
ketc
hing
T
oolb
ox
2.S
elec
t “G
ener
al”
3.S
elec
t eac
h lin
e to
be
dim
ensi
oned
and
ho
ldin
g th
e le
ft m
ouse
but
ton
drag
the
dim
ensi
on to
a d
esire
d lo
catio
n
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Step 1C -Dimensioning
Step 1C -Dimensioning
1.S
elec
t “H
oriz
onta
l”
2.S
elec
t the
ver
tical
axi
s an
d an
edg
e
3.D
rag
and
drop
the
dim
ensi
on
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Step 1D -Dimensioning
Step 1D -Dimensioning
1.S
elec
t “V
ertic
al”
2.S
elec
t the
hor
izon
tal
axis
and
an
edge
3.D
rag
and
drop
the
dim
ensi
on
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Step 2A –Displaying Dimensions
Step 2A –Displaying Dimensions
In th
e “D
imen
sion
s”to
ols
sele
ct b
oth
Nam
e an
d V
alue
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Step 2B –Locating Dimensions
Step 2B –Locating Dimensions
1.In
the
“Dim
ensi
ons”
tool
s se
lect
Mov
e
2.U
sing
the
left
mou
se b
utto
n dr
ag a
nd d
rop
dim
ensi
ons
to
new
loca
tions
for
clar
ity
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Step 2C –Editing Dimensions
Step 2C –Editing Dimensions
1.S
elec
t “E
dit”
from
the
Dim
ensi
ons
tool
s
2.D
rag
over
and
sel
ect t
he
dim
ensi
on to
be
mod
ified
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Step 2D –Examine Details
Step 2D –Examine Details
Not
e th
e D
etai
ls v
iew
no
w c
onta
ins
your
di
men
sion
det
ail
We
are
goin
g to
sel
ect a
nd m
odify
the
nam
e an
d va
lues
of o
ur e
ach
of o
ur
dim
ensi
on b
y se
lect
ing
and
chan
ging
the
deta
ils to
thos
e sh
own
on th
e ne
xt p
age
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Step 2E –Edit 4 Dimensions
Step 2E –Edit 4 Dimensions
Not
e th
e ed
ited
valu
es•
You
will
nee
d to
rep
eat
the
edit
oper
atio
n fo
r ea
ch d
imen
sion
Sel
ect l
eft m
ouse
cl
ick
and
ente
r ea
ch d
imen
sion
s na
me
and
valu
e
Not
e: L
eave
th
e va
lues
of
the
X a
nd Y
of
fset
s un
chan
ged
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Step 3A –Exporting Parameters
Step 3A –Exporting Parameters
1.S
elec
t and
ret
urn
to d
raw
mod
e
2.S
crol
l thr
ough
you
r sk
etch
det
ails
an
d lo
cate
you
r di
men
sion
s
Not
e: T
he c
heck
box
es th
at c
ontr
ol th
e ex
port
of p
aram
eter
s
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Step 3B –Naming Parameters
Step 3B –Naming Parameters N
ote
you
will
nee
d to
de
fine
and
expo
rt e
ach
of y
our
dim
ensi
ons
as
para
met
ers
1.S
elec
t the
ch
eck
box
on a
di
men
sion
2.A
dia
log
will
app
ear
3.F
or th
e pu
rpos
es o
f th
is e
xerc
ise
rem
ove
the
“XY
Pla
ne.”
pref
ix
from
the
nam
e an
d cl
ick
“OK
”
Not
e w
hen
you
clic
k “O
K”
a “D
”sh
ows
up
in th
e ch
eck
box
indi
catin
g a
para
met
er
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Step 3C –Verify Export
Step 3C –Verify Export
Ver
ify th
at a
ll of
you
r pa
ram
eter
s ha
ve b
een
expo
rted
(N
ote
the
“D”
anno
tatio
ns)
Sel
ect a
nd r
etur
n to
Mod
elin
g M
ode
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Step 3D –Export 3D Parameters
Step 3D –Export 3D Parameters
1.S
elec
t the
Ext
rusi
on fr
om th
e T
ree
Out
line
2.S
crol
l and
find
the
Ext
rusi
on D
epth
in
the
Det
ails
Vie
w a
nd
sele
ct th
e ch
eck
box
3.C
hang
e th
e pa
ram
eter
nam
e to
“T
hick
ness
”an
d cl
ick
“OK
”
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Step 4A –Using Parameters
Step 4A –Using Parameters
1.S
elec
t Par
amet
ers
from
the
tool
bar
Not
e th
e ap
pear
ance
of t
he P
aram
eter
Man
ager
2.S
elec
t “P
aram
eter
/Dim
ensi
on
Ass
ignm
ents
”
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Step 4B –Using Equations
Step 4B –Using Equations
1.C
hang
e th
e eq
uatio
ns a
bove
to th
e eq
uatio
n be
low
se
tting
the
offs
ets
of o
ur p
late
from
the
XY
Orig
in
2.S
elec
t “C
heck
”to
ver
ify
your
equ
atio
n sy
ntax
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Step 4C –Validate Equations
Step 4C –Validate Equations
1.V
alid
ate
your
inpu
ts a
nd s
ynta
x2.
Clo
se th
e P
aram
eter
M
anag
er
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Step 4D –Update the Model
Step 4D –Update the Model
3.N
ote
that
you
r sk
etch
has
be
en u
pdat
ed b
ased
on
your
eq
uatio
ns
1.N
ote
that
the
extr
usio
n is
out
of
date
(lig
htni
ng
bolts
)
2.S
elec
t “G
ener
ate”
to u
pdat
e yo
ur m
odel
4.S
elec
t the
pro
ject
fold
er ta
b to
ret
urn
to th
e P
roje
ct
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Step 4E –Naming Models
Step 4E –Naming Models
1.S
elec
t the
Des
ignM
odel
er n
ame
usin
g th
e le
ft m
ouse
but
ton
2.S
elec
t the
nam
e ag
ain
with
the
left
mou
se b
utto
n3.
Ren
ame
the
mod
el to
“E
xerc
ise2
”
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Step 4F –Geometry Options
Step 4F –Geometry Options 1.
Mak
e su
re th
e D
esig
nMod
eler
E
xerc
ise2
is s
elec
ted
Not
e th
at a
ttrib
utes
, Nam
ed s
elec
tions
and
M
ater
ial p
rope
rtie
s ar
e no
t sel
ecte
d
Not
e th
at p
refix
filte
rs h
ave
been
def
ined
to
limit
para
met
er in
put a
nd e
xcha
nge
2.If
the
“Def
ault
Geo
met
ry O
ptio
ns”
are
not v
isib
le s
elec
t the
title
bar
to
expa
nd th
e vi
sibl
e op
tions
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Step 4G –Setting Filters
Step 4G –Setting Filters
1.S
elec
t “A
ttrib
utes
”, “
Nam
ed
sele
ctio
ns”
and
“Mat
eria
l P
rope
rtie
s”
2.D
elet
e (b
lank
out
) fil
ters
3.S
elec
t “T
ools
>O
ptio
ns”
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Step 4H –Filtering Options
Step 4H –Filtering Options N
ote:
Def
aults
for
thes
e op
tions
can
be
set
usin
g th
e “O
ptio
ns”
men
u in
th
e A
NS
YS
Wor
kben
ch
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Step 5A –Start a Simulation
Step 5A –Start a Simulation
1.V
erify
that
the
geom
etry
for
Exe
rcis
e 2
is s
elec
ted
2.S
elec
t (st
art)
a “
New
Sim
ulat
ion”
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Step 5B –Your New Simulation
Step 5B –Your New Simulation
Not
e th
at y
ou n
ew M
odel
has
bee
n ad
ded
to y
our
exis
ting
Pro
ject
S
imul
atio
n
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ieta
ry
Step 5C –Renaming Models
Step 5C –Renaming Models
Usi
ng a
rig
ht m
ouse
clic
k se
lect
you
r M
odel
s. T
han
sele
ct r
enam
e an
d re
nam
e yo
ur m
odel
s as
sho
wn
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Step 5D –Copying Simulations
Step 5D –Copying Simulations
Cop
y yo
ur E
nviro
nmen
t and
S
olut
ion
optio
ns to
you
r ne
w
Sim
ulat
ion
by u
sing
the
shift
key
to
sele
ct m
ultip
le it
ems.
The
n us
e a
right
mou
se c
lick
to c
opy
the
item
s an
d pa
ste
them
into
you
r ne
w
Env
ironm
ent a
nd S
olut
ion
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Step 5C –Setting the Mesh
Step 5C –Setting the Mesh
1.S
elec
t the
Mes
h
2.S
et th
e M
esh
Rel
evan
ce to
-10
0
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Step 5D –Reselecting Targets
Step 5D –Reselecting Targets
Not
e: Q
uest
ion
mar
ks a
nd li
ghtn
ing
bolts
in
dica
te th
at S
imul
atio
ns h
ave
not b
een
run
or a
re o
ut o
f dat
e.
The
use
of N
amed
Sel
ectio
ns to
enh
ance
th
ese
capa
bilit
ies
are
cove
red
in th
e ne
xt
tuto
rial
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Step 5E –Reselect Geometry
Step 5E –Reselect Geometry
Sel
ect “
Fix
ed S
uppo
rt’I
n th
e O
utlin
e
Not
e th
at b
ecau
se o
ur m
odel
is n
ew
no g
eom
etry
sel
ectio
ns e
xist
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ry
Step 5F –Redefining Constraints
Step 5F –Redefining Constraints
2.U
sing
tech
niqu
es u
sed
in
Exe
rcis
e 1
sele
ct th
e fa
ces
to b
e su
ppor
ted
1.S
elec
t Geo
met
ry
3.S
elec
t App
ly
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Step 5F –(continued)
Step 5F –(continued)
1.V
erify
that
you
hav
e se
lect
ed a
ll fo
ur fa
ces
2.S
elec
t “P
ress
ure”
and
then
geo
met
ry
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Step 5G –Refining Loads
Step 5G –Refining Loads
Not
e: A
gain
we
need
to r
esel
ect g
eom
etry
in o
ur n
ew m
odel
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ry
Step 5G –(continued)
Step 5G –(continued)
1.A
gain
sel
ect “
Geo
met
ry”
2.S
elec
t the
face
on
whi
ch th
e ge
omet
ry is
to b
e ap
plie
d
3.S
elec
t app
ly a
nd v
alid
ate
inpu
ts
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Step 6A –Generating Results
Step 6A –Generating Results
Not
e th
at o
nly
light
ning
bol
ts r
emai
n in
the
outli
ne
Sel
ect S
olve
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ropr
ieta
ry
Step 6B –Reviewing Results
Step 6B –Reviewing Results
Fee
l fre
e at
this
poi
nt to
rev
iew
you
r re
sults
(If
need
ed r
evie
w E
xerc
ise
1 in
the
AN
SY
S E
D
Gen
eral
Tut
oria
l)
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ry
Step 7A –Using Parameters
Step 7A –Using Parameters
1.R
etur
n to
the
Mod
eler
by
sele
ctin
g th
e fo
lder
tab
2.O
pen
Par
amet
ers
3.C
hang
e th
e le
ngth
of t
he p
late
to 1
20
4.C
lose
the
Par
amet
er M
anag
er
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Step 7E –Updating Geometry
Step 7E –Updating Geometry
1.S
elec
t you
r ne
w
Exe
rcis
e 2
Mod
el
2.S
elec
t “U
pdat
e U
se G
eom
etry
Par
amet
ers”
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ry
Step 7F –Updating Solutions
Step 7F –Updating Solutions
Not
e yo
ur n
ew
Mod
el a
nd th
e W
idth
to L
engt
h R
atio
Not
e th
e S
olut
ion
(ligh
teni
ng b
olts
)
Sel
ect S
olve
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Step 7G –Reviewing Results
Step 7G –Reviewing Results
1.R
evie
w y
our
resu
lts
as y
ou w
ish
base
d on
m
etho
ds c
over
ed in
E
xerc
ise
1
2.S
elec
t the
fold
er ta
b to
re
turn
to th
e D
esig
nMod
eler
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ieta
ry
Step 7H –Making Changes
Step 7H –Making Changes
1.O
pen
the
Par
amet
er
Man
ager
2.C
hang
e th
e W
idth
to 1
80
3.S
elec
t “C
lose
”
4.S
elec
t “G
ener
ate”
to u
pdat
e th
e m
odel
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Step 7J –Updating Solutions
Step 7J –Updating Solutions
Sel
ect t
he S
imul
atio
n fo
lder
tab
to r
etur
n to
you
r S
imul
atio
n
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Step 7K –Updating Geometry
Step 7K –Updating Geometry
1.S
elec
t you
r E
xerc
ise
2 M
odel
G
eom
etry
2.S
elec
t Upd
ate
from
Geo
met
ry
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Step 7L –Updating Solutions
Step 7L –Updating Solutions
Not
e th
at:
You
r m
odel
has
bee
n up
date
dY
our
load
s an
d co
nstr
aint
s ar
e in
pla
ceA
new
“S
olve
”is
req
uire
d
Sel
ect “
Sol
ve”
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ieta
ry
Step 7M –Reviewing Results
Step 7M –Reviewing Results
1.R
evie
w y
our
resu
lts
2.S
elec
t the
“P
roje
ct”
fold
er ta
b to
ret
urn
to
the
Pro
ject
Pag
e
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ry
Step 7N –Saving Results
Step 7N –Saving Results
1.S
elec
t “S
ave
All”
2.S
elec
t “E
xit”
to c
lose
the
AN
SY
S W
orkb
ench
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ieta
ry
Working with CAD systems
Working with CAD systems
•R
emem
ber
:
–P
aram
eter
s an
d p
aram
eter
up
dat
es
wo
rk e
qu
ally
wel
l wh
en u
sin
g t
he
Wo
rkb
ench
wit
h a
ctiv
e p
aram
etri
c C
AD
sy
stem
s
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ry
Congratulations
Congratulations
•Y
ou h
ave
com
plet
ed E
xerc
ise
2 of
the
AN
SY
S E
D W
orkb
ench
Tut
oria
l•
Clic
k he
re if
you
wis
h to
con
tinue
with
the
next
exe
rcis
e
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ieta
ry
ANSYS E
D
Work
bench T
uto
rial
ANSYS E
D
ANSYS E
D
Work
bench T
uto
rial
Work
bench T
uto
rial
Nam
edS
elec
tio
ns
An
dL
oca
lized
Lo
ads
Nam
edN
amed
Sel
ecti
on
sS
elec
tio
ns
An
dA
nd
Lo
caliz
edL
oca
lized
Lo
ads
Lo
ads
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Introduction –
Nam
ed S
ele
ctions
Introduction –
Nam
ed S
ele
ctions
•T
he A
NS
YS
Wor
kben
ch r
epre
sent
s m
ore
than
a
gene
ral p
urpo
se e
ngin
eerin
g to
ol.
–It
prov
ides
a h
ighl
y in
tegr
ated
eng
inee
ring
sim
ulat
ion
plat
form
.–
Sup
port
s m
ultip
le m
ulti-
phys
ics
engi
neer
ing
solu
tions
.–
Pro
vide
s bi
-dire
ctio
nal p
aram
etric
ass
ocia
tivity
w
ith m
ost a
vaila
ble
CA
D s
yste
ms.
•T
his
exer
cise
is d
esig
ned
to in
trod
uce
you
to th
e us
e of
“N
amed
Sel
ectio
ns”
and
“Loc
aliz
ed L
oadi
ng”
in th
e A
NS
YS
Wor
kben
ch
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SY
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ieta
ry
Purp
ose
Purp
ose
•T
his
tuto
rial i
s in
crem
enta
l in
natu
re•
It is
des
igne
d to
intr
oduc
e yo
u to
:–
The
nat
ure
and
desi
gn o
f the
AN
SY
S W
orkb
ench
U
ser
Inte
rfac
e–
The
con
cept
s of
AN
SY
S W
orkb
ench
Pro
ject
s an
d A
pple
ts–
The
inte
grat
ed n
atur
e of
AN
SY
S W
orkb
ench
te
chno
logy
–T
he p
ower
of t
he A
NS
YS
Wor
kben
ch in
usi
ng
appl
ied
para
met
ric m
odel
ing
and
sim
ulat
ion
tech
niqu
es to
pro
vide
qua
lity
engi
neer
ing
solu
tions
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Usin
g “Nam
ed S
ele
ctions”
Usin
g “Nam
ed S
ele
ctions”
•T
he m
etho
ds ta
ught
in th
is tu
toria
l app
ly
equa
lly w
ell t
o bo
th a
ttach
ed C
AD
and
D
esig
nMod
eler
file
s.•
For
the
purp
oses
of t
his
tuto
rial w
e w
ill b
e us
ing
the
Des
ignM
odel
er fi
le p
rodu
ced
in
Exe
rcis
e 2
of th
is tu
toria
l.•
Whe
n us
ing
atta
ched
CA
D s
yste
ms
“Nam
ed
Sel
ectio
ns”
wou
ld b
e im
port
ed u
sing
tags
, la
bels
or
attr
ibut
es fr
om y
our
CA
D m
odel
s.
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SY
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ieta
ry
Usin
g “Im
prints
”Usin
g “Im
prints
”
•Im
prin
ting
is a
met
hod
for
defin
ing
disc
rete
lo
caliz
ed a
reas
in a
CA
D o
r D
esig
nMod
eler
m
odel
to s
uppo
rt p
artia
l or
loca
lize
sim
ulat
ion
load
s an
d co
nstr
aint
s.•
For
the
purp
oses
of t
his
tuto
rial w
e w
ill b
e us
ing
the
Des
ignM
odel
er fi
le p
rodu
ced
in
Exe
rcis
e 2
of th
is tu
toria
l.•
Whe
n us
ing
atta
ched
CA
D s
yste
ms
impr
inte
d pa
tche
s ca
n be
app
lied
to im
port
ed C
AD
m
odel
s.
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SY
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ieta
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Getting S
tarted
Getting S
tarted
If yo
u ar
e st
artin
g E
xerc
ise
3 w
ithou
t pre
viou
sly
com
plet
ing
Exe
rcis
e 2
copy
the
follo
win
g fil
e to
a
loca
l wor
king
dire
ctor
y
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e2.a
gdb
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SY
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ieta
ry
Getting S
tarted
Getting S
tarted
Laun
ch th
e A
NS
YS
Wor
kben
ch
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YS
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SY
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ropr
ieta
ry
Exerc
ise 3 O
utline
Exerc
ise 3 O
utline
1.C
reat
ing
Nam
ed S
elec
tions
2.U
sing
Nam
ed S
elec
tions
3.A
pply
ing
Loca
l Loa
ding
4.C
loni
ng a
nd R
unni
ng S
olut
ions
5.C
ompa
ring
Res
ults
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SY
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ropr
ieta
ry
Opening your Exerc
ise2 file
Opening your Exerc
ise2 file
Mak
e su
re th
at th
e O
pen:
pul
l-dow
n is
se
t to
“Des
ignM
odel
er
Geo
met
ry”
Bro
wse
for
and
Ope
n E
xerc
ise2
.agd
b
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YS
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SY
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ropr
ieta
ry
Renam
ing your geometry file
Renam
ing your geometry file
1.S
elec
t “G
ener
ate”
to in
sure
you
r m
odel
is u
p to
da
te2.S
elec
t “S
ave
As”
from
the
“File
”op
tions
3.S
ave
your
geo
met
ry a
s “E
xerc
ise3
.agd
b”
4.S
elec
t the
“P
roje
ct”
fold
er ta
b to
ret
urn
to th
e P
roje
ct P
age
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YS
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rese
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SY
S, I
nc. P
ropr
ieta
ry
Renam
ing your Pro
ject
Renam
ing your Pro
ject
1.Le
ft m
ouse
cl
ick
on th
e na
me
“Exe
rcis
e2”
in
the
Pro
ject
T
ree
and
ren
rena
me
your
ge
omet
ry
“Exe
rcis
e3”
2.S
elec
t “S
ave
All”
from
the
“File
”m
enu
and
save
yo
ur P
roje
ct
3.S
elec
t the
Des
ignM
odel
er fo
lder
tab
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SY
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ropr
ieta
ry
Ste
p 1
A –
Settin
g U
p Y
our Model
Ste
p 1
A –
Settin
g U
p Y
our Model
1.P
ositi
on y
our
mod
el fo
r ea
se o
f acc
ess
2.N
ote
the
orie
ntat
ion
of th
e Z
axi
s3.
Fro
m th
e “T
ools
”m
enu
sele
ct “
Nam
ed
Sel
ectio
n”
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YS
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ll rig
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rese
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SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1B –
Cre
ating a S
election
Ste
p 1B –
Cre
ating a S
election
1.Le
ft m
ouse
clic
k on
the
nam
e of
the
sele
ctio
n an
d ch
ange
the
nam
e to
“F
ixed
Sur
face
s”
2.Le
ft m
ouse
clic
k on
Geo
met
ry
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YS
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SY
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ropr
ieta
ry
Ste
p 1C –
Selecting Faces
Ste
p 1C –
Selecting Faces
Sel
ect t
he fi
xed
face
s an
d cl
ick
App
ly
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SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1D –
Genera
ting S
ele
ction
Ste
p 1D –
Genera
ting S
ele
ction
Not
e: V
erify
that
all
four
face
s ha
ve
been
sel
ecte
d
Sel
ect “
Gen
erat
e”to
rec
ord
your
sel
ectio
n
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YS
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hts
rese
rved
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SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1E –
Nam
ing L
oaded S
urfaces
Ste
p 1E –
Nam
ing L
oaded S
urfaces
Not
e: V
erify
that
onl
y on
e fa
ce h
ave
been
sel
ecte
d
3.S
elec
t “G
ener
ate”
to r
ecor
d yo
ur s
elec
tion
1.N
ame
your
sel
ectio
n “L
oade
dSur
face
s”
2.S
elec
t the
top
surf
ace
4.R
etur
n to
the
Pro
ject
Pag
e
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
.17
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1F –
Filte
ring O
ptions
Ste
p 1F –
Filte
ring O
ptions
Not
e: If
you
hav
e no
t pr
evio
usly
mod
ified
yo
ur W
orkb
ench
G
eom
etry
Impo
rt
optio
n to
thos
e sh
own,
S
elec
t “T
ools
>O
ptio
ns”
from
the
men
ubar
and
mak
e th
e ch
ange
s sh
own
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
.18
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2A –
Sta
rting S
imulation
Ste
p 2A –
Sta
rting S
imulation
1.If
you
did
not s
et y
our
geom
etry
op
tions
in a
pre
viou
s ex
erci
se c
hang
e yo
ur o
ptio
ns a
s sh
own
2.S
elec
t you
r ac
tive
mod
el
3.S
tart
a “
New
Sim
ulat
ion”
©20
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YS
, Inc
. A
ll rig
hts
rese
rved
.19
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2B –
Defining S
upports
Ste
p 2B –
Defining S
upports
1.S
elec
t you
r “E
nviro
nmen
t”
2.S
elec
t “F
ixed
S
uppo
rt”
from
th
e S
truc
tura
l m
enu
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.20
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2C –
Set Scoping M
eth
od
Ste
p 2C –
Set Scoping M
eth
od
1.U
sing
the
pull-
dow
n m
enu
chan
ge
the
scop
ing
met
hod
for
your
su
ppor
t to
“Nam
ed S
elec
tion”
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
.21
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2D –
Applyin
g S
upports
Ste
p 2D –
Applyin
g S
upports
1.U
sing
the
“Nam
ed
Sel
ectio
n”pu
ll-do
wn
set
your
sel
ectio
n to
“F
ixed
Sur
face
s”
Not
e: S
uppo
rts
have
bee
n ap
plie
d to
you
r “D
esig
nMod
eler
”na
med
sel
ectio
ns
Not
e: T
he s
ame
appr
oach
can
be
used
on
“Nam
ed S
elec
tions
”fr
om a
n ac
tive
CA
D
syst
em
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.22
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2E –
Applyin
g Forc
es
Ste
p 2E –
Applyin
g Forc
es
1.U
se th
e pr
evio
us a
ppro
ach
to a
pply
a
“Str
uctu
ral>
Pre
ssur
e”to
you
r na
med
se
lect
ion
2.D
efin
e th
e M
agni
tude
of y
our
Pre
ssur
e Lo
ad
©20
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YS
, Inc
. A
ll rig
hts
rese
rved
.23
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2F –
Running a S
olution
Ste
p 2F –
Running a S
olution
1.S
elec
t you
r de
sire
d re
sults
as
pres
ente
d in
pr
evio
us e
xerc
ises
2.S
elec
t “S
olve
”
©20
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YS
, Inc
. A
ll rig
hts
rese
rved
.24
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2G –
Vie
wing R
esults
Ste
p 2G –
Vie
wing R
esults
1.R
evie
w y
our
resu
lts u
sing
m
etho
ds fr
om p
revi
ous
exer
cise
s
2.R
etur
n to
the
Pro
ject
Pag
e
©20
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YS
, Inc
. A
ll rig
hts
rese
rved
.25
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3A –
Save and C
opy
Ste
p 3A –
Save and C
opy
1.S
elec
t “F
ile>
Sav
e A
ll”an
d sa
ve y
our
proj
ect a
s E
xerc
ise
2.S
elec
t you
r E
xerc
ise3
geo
met
ry
3.S
elec
t “O
pen
Cop
y”to
cre
ate
a ne
w c
opy
of y
our
geom
etry
©20
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YS
, Inc
. A
ll rig
hts
rese
rved
.26
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3B –
Renam
ing G
eometry
Ste
p 3B –
Renam
ing G
eom
etry
1.S
elec
t “S
ave
As”
2.S
ave
your
geo
met
ry a
s “E
xerc
ise3
A”
3.S
elec
t the
fold
er ta
b to
ret
urn
to
the
Pro
ject
Pag
e
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.27
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3C –
Renam
ing G
eometry
Ste
p 3C –
Renam
ing G
eom
etry
1.U
sing
a le
ft m
ouse
clic
k re
nam
e yo
ur
geom
etry
to “
Exe
rcis
e3A
”
2.S
elec
t the
“D
esig
nMod
eler
”fo
lder
tab
to r
etur
n to
you
r ge
omet
ry
©20
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YS
, Inc
. A
ll rig
hts
rese
rved
.28
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3D –
Cre
ating a S
ketc
hSte
p 3D –
Cre
ating a S
ketc
h
1.E
xpan
d an
d se
lect
th
e X
YP
lane
2.E
cho
off t
he 3
D d
ispl
ay
3.C
reat
e a
new
ske
tch
usin
g th
e to
olba
r IC
ON
4.M
ake
sure
Ske
tch2
is s
elec
ted
and
activ
e
©20
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YS
, Inc
. A
ll rig
hts
rese
rved
.29
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3E –
Sta
rting a Footp
rint
Ste
p 3E –
Sta
rting a Footp
rint
1.S
elec
t “S
ketc
hing
”an
d “D
raw
”M
odes
2.S
elec
t “R
ecta
ngle
3.U
sing
the
left
mou
se b
utto
n dr
ag
and
drop
a r
ecta
ngle
in y
our
sket
ch
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.30
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3F -Dim
ensio
nin
gSte
p 3F -Dim
ensio
nin
g
1.U
sing
“G
ener
al”
Dim
ensi
ons,
di
men
sion
you
r re
ctan
gle
base
d on
met
hods
lear
ned
in E
xerc
ise
2
2.S
et th
e va
lues
for
your
dim
ensi
ons
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
.31
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3G –
Imprint a P
rofile
Ste
p 3G –
Imprint a P
rofile
1.W
hile
in s
ketc
h m
ode
sele
ct “
Ext
rude
”
2.S
et th
e O
pera
tion
to ”
Impr
int F
aces
”
3.S
et th
e T
ype
to “
To
Nex
t”
4.S
elec
t “G
ener
ate”
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
.32
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3H –
Cre
ating a P
attern
Ste
p 3H –
Cre
ating a P
attern
1.S
elec
t you
r ne
w s
urfa
ce p
atch
2.F
rom
the
“Cre
ate”
men
u se
lect
“P
atte
rn”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.33
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
J –
Settin
g T
ype a
nd V
ecto
rSte
p 3
J –
Settin
g T
ype a
nd V
ecto
r
1.S
et th
e “P
atte
rn
Typ
e”to
R
ecta
ngul
ar
2.S
elec
t “D
irect
ion”
and
sele
ct a
dire
ctio
n ve
ctor
3.V
erify
the
dire
ctio
n ve
ctor
Sel
ect “
App
ly”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.34
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3K –
Set Vecto
r and O
ffsets
Ste
p 3K –
Set Vecto
r and O
ffsets
1.S
et O
ffset
dis
tanc
es fo
r yo
ur p
atte
rn
2.S
et th
e D
irect
ion
2 ve
ctor
and
se
lect
“A
pply
”
Sel
ect “
Gen
erat
e”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.35
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3L –
Viewing P
atc
hes
Ste
p 3L –
Viewing P
atc
hes
Not
e: T
hat y
ou h
ave
now
cre
ated
a n
umbe
r of
su
rfac
es p
atch
es to
whi
ch lo
ads
can
be a
pplie
d
Thi
s sa
me
appr
oach
can
be
used
to d
efin
e lo
ads
on
impo
rt C
AD
Mod
els
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.36
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3M –
Nam
ing P
atc
hes
Ste
p 3M –
Nam
ing P
atc
hes
1.U
sing
a b
ox s
elec
t the
four
sur
face
pat
ches
2.S
elec
t “T
ools
>N
amed
Sel
ectio
n”
3.S
elec
t “A
pply
”
Sel
ect “
Gen
erat
e”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.37
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3M –
Dele
ting S
ele
ctions
Ste
p 3M –
Dele
ting S
ele
ctions
1.S
elec
t and
del
ete
the
“Loa
ded
Sur
face
s”na
med
sel
ectio
n us
ing
the
Del
ete
Key
2.S
elec
t you
new
nam
ed s
elec
tion
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.38
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3P –
Nam
ing S
ele
ctions
Ste
p 3P –
Nam
ing S
ele
ctions
1.R
enam
e yo
u ne
w n
amed
sel
ectio
n as
“L
oade
dSur
face
s2”
3.S
elec
t “F
ile>
Sav
e”
4.S
elec
t the
fold
er ta
b to
ret
urn
to th
e P
roje
ct P
age
2.R
enam
e “F
ixed
Sur
face
s”to
“F
ixed
Sur
face
s2”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.39
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 4
A –
Sta
rtin
g a N
ew S
olu
tion
Ste
p 4
A –
Sta
rtin
g a N
ew S
olu
tion
1.Le
ft m
ouse
clic
k on
you
r ge
omet
ry n
ame
and
chan
ge
it to
“E
xerc
ise3
A”
2.S
elec
t “N
ew s
imul
atio
n”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.40
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 4B –
Copy E
nvironment
Ste
p 4B –
Copy E
nvironment
1.S
elec
t “F
ixed
Sup
port
”an
d “P
ress
ure”
from
you
“M
odel
1 E
nviro
nmen
t”rig
ht
mou
se c
lick
and
sele
ct “
Cop
y”
2.P
aste
the
valu
es in
to y
our
“Mod
el 2
Env
ironm
ent”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.41
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 4C –
Copy S
olu
tion
Ste
p 4C –
Copy S
olu
tion
1.S
elec
t “E
quiv
alen
t Str
ess”
and
“Tot
al
Def
orm
atio
n”fr
om y
ou “
Mod
el 1
S
olut
ion”
right
mou
se c
lick
and
sele
ct
“Cop
y”
2.P
aste
the
valu
es in
to y
our
“Mod
el 2
Sol
utio
n”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.42
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 4D –
Re-scope S
election
Ste
p 4D –
Re-scope S
election
1.R
e-sc
ope
your
Pre
ssur
e N
amed
S
elec
tion
to u
se “
Load
edS
urfa
ces2
”an
d yo
ur F
ixed
Sup
port
to u
se
“Fix
edS
urfa
ces2
”
2.S
elec
t “S
olve
”
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
.43
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 5 –
Comparing R
esults
Ste
p 5 –
Com
paring R
esults
1.S
elec
t a
four
pan
e vi
ew
2.S
elec
t eac
h pa
ne a
nd th
e ite
m to
be
disp
laye
d
3.C
ompa
re R
esul
ts
4.R
etur
n to
the
Pro
ject
Pag
e
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.44
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6 –
Savin
g R
esults
Ste
p 6 –
Savin
g R
esults
1.S
elec
t “S
ave
All”
2.S
elec
t “E
xit”
to c
lose
the
AN
SY
S W
orkb
ench
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.45
AN
SY
S, I
nc. P
ropr
ieta
ry
Work
ing w
ith C
AD syste
ms
Work
ing w
ith C
AD syste
ms
•R
emem
ber
:
–N
amed
sel
ecti
on
s ca
n b
e im
po
rted
fro
m
mo
st C
AD
sys
tem
s to
pre
-def
ine
info
rmat
ion
fo
r S
imu
lati
on
–Im
pri
nti
ng
can
be
use
d o
n im
po
rt C
AD
m
od
els
to s
up
po
rtin
g lo
caliz
ed p
atch
lo
adin
g w
ith
ou
t m
od
ifyi
ng
th
e o
rig
inal
C
AD
mo
del
s
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.46
AN
SY
S, I
nc. P
ropr
ieta
ry
Congra
tulations
Congra
tulations
•Y
ou h
ave
com
plet
ed E
xerc
ise
3 of
the
AN
SY
S E
D W
orkb
ench
Tut
oria
l•
Clic
k he
re if
you
wis
h to
con
tinue
with
the
next
exe
rcis
e
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.1
AN
SY
S, I
nc. P
ropr
ieta
ry
ANSYS ED
Workbench Tutorial
ANSYS ED
ANSYS ED
Workbench Tutorial
Workbench Tutorial
Rem
ote
An
dC
om
bin
edL
oad
s
Rem
ote
Rem
ote
An
dA
nd
Co
mb
ined
Co
mb
ined
Lo
ads
Lo
ads
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.2
AN
SY
S, I
nc. P
ropr
ieta
ry
Introduction –Remote Loading
Introduction –Remote Loading
•T
he A
NS
YS
Wor
kben
ch r
epre
sent
s m
ore
than
a
gene
ral p
urpo
se e
ngin
eerin
g to
ol.
–It
prov
ides
a h
ighl
y in
tegr
ated
eng
inee
ring
sim
ulat
ion
plat
form
.–
Sup
port
s m
ultip
le m
ulti-
phys
ics
engi
neer
ing
solu
tions
.–
Pro
vide
s bi
-dire
ctio
nal p
aram
etric
ass
ocia
tivity
w
ith m
ost a
vaila
ble
CA
D s
yste
ms.
•T
his
exer
cise
is d
esig
ned
to in
trod
uce
you
to th
e us
e of
“R
emot
e Lo
ads
and
Mas
ses”
and
“Com
bine
d R
esul
ts”
in th
e A
NS
YS
Wor
kben
ch
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.3
AN
SY
S, I
nc. P
ropr
ieta
ry
Purpose
Purpose
•T
his
tuto
rial i
s in
crem
enta
l in
natu
re•
It is
des
igne
d to
intr
oduc
e yo
u to
:–
The
nat
ure
and
desi
gn o
f the
AN
SY
S W
orkb
ench
U
ser
Inte
rfac
e–
The
con
cept
s of
AN
SY
S W
orkb
ench
Pro
ject
s an
d A
pple
ts–
The
inte
grat
ed n
atur
e of
AN
SY
S W
orkb
ench
te
chno
logy
–T
he p
ower
of t
he A
NS
YS
Wor
kben
ch in
usi
ng
appl
ied
para
met
ric m
odel
ing
and
sim
ulat
ion
tech
niqu
es to
pro
vide
qua
lity
engi
neer
ing
solu
tions
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Using “Mass Points”
Using “Mass Points”
•T
he m
etho
ds ta
ught
in th
is tu
toria
l app
ly
equa
lly w
ell t
o bo
th a
ttach
ed C
AD
and
D
esig
nMod
eler
file
s.•
For
the
purp
oses
of t
his
tuto
rial w
e w
ill b
e us
ing
the
Des
ignM
odel
er fi
le p
rodu
ced
in
Exe
rcis
e 3
of th
is tu
toria
l.•
Whe
n us
ing
atta
ched
CA
D s
yste
ms
“Mas
s P
oint
s”ca
n be
atta
ched
to ta
gged
ent
ities
im
port
from
from
you
r C
AD
mod
els.
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Using “Remote Loads”
Using “Remote Loads”
•R
emot
e lo
ads
can
be a
ttach
ed to
rem
ote
Mas
s P
oint
s an
d th
en b
e ap
plie
d to
act
ive
CA
D o
r D
esig
nMod
eler
geo
met
ry.
•T
hese
Mas
s P
oint
s an
d R
emot
e lo
ads
can
then
be
used
in v
ario
us c
ombi
natio
ns to
sol
ve
an o
vera
ll si
mul
atio
n.
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ieta
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Getting Started
Getting Started
If yo
u ar
e st
artin
g E
xerc
ise
4 w
ithou
t pre
viou
sly
com
plet
ing
Exe
rcis
e 3
copy
the
follo
win
g fil
e to
a
loca
l wor
king
dire
ctor
y
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e3A
.agd
b
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Getting Started
Getting Started
Laun
ch th
e A
NS
YS
Wor
kben
ch
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YS
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Exercise 4 Outline
Exercise 4 Outline
1.C
reat
ing
Mas
s an
d R
emot
e Lo
ad In
sert
ion
Poi
nts
2.C
reat
ing
and
App
lyin
g R
emot
e Lo
ads
3.C
reat
ing
Mul
tiple
Env
ironm
ents
4.C
ompa
ring
Res
ults
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Opening your Exercise3 file
Opening your Exercise3 file
Mak
e su
re th
at th
e O
pen:
pul
l-dow
n is
se
t to
“Des
ignM
odel
er
Geo
met
ry”
Bro
wse
for
and
Ope
n E
xerc
ise3
A.a
gdb
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ieta
ry
Renaming your geometry file
Renaming your geometry file
1.S
elec
t “G
ener
ate”
to in
sure
you
r m
odel
is u
p to
da
te2.S
elec
t “S
ave
As”
from
the
“File
”op
tions
3.S
ave
your
geo
met
ry a
s “E
xerc
ise4
.agd
b”
4.S
elec
t the
“P
roje
ct”
fold
er ta
b to
ret
urn
to th
e P
roje
ct P
age
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SY
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ropr
ieta
ry
Renaming your Project
Renaming your Project
1.Le
ft m
ouse
cl
ick
on th
e na
me
“Exe
rcis
e3A
”in
the
Pro
ject
T
ree
and
then
re
nam
e yo
ur
geom
etry
“E
xerc
ise4
”
2.S
elec
t “S
ave
All”
from
the
“File
”m
enu
and
save
yo
ur P
roje
ct
3.S
elec
t the
Des
ignM
odel
er fo
lder
tab
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Step 1A –Creating a Plane
Step 1A –Creating a Plane
1.S
elec
t the
ZX
Pla
ne
Sel
ect t
he N
ew P
lane
ICO
N
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ieta
ry
Step 1B –Generating the Plane
Step 1B –Generating the Plane
Not
e th
e ne
wly
cre
ated
Pla
ne
1.C
hang
e R
ever
se N
orm
al to
“Y
ES
”
2.S
elec
t “G
ener
ate”
2.R
enam
e P
lane
as
“Pla
ne1”
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Step 1C –Creating a Sketch
Step 1C –Creating a Sketch
1.S
elec
t the
new
Pla
ne
2.S
elec
t the
New
Ske
tch
ICO
N
3.S
elec
t “S
ketc
hing
”m
ode
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ry
Step 1D –Positioning a Sketch
Step 1D –Positioning a Sketch
1.S
elec
t you
r ne
w s
ketc
h
2.S
elec
t the
F
ace
Ske
tch
ICO
N
3.U
se B
ox Z
oom
to th
e X
-Axi
s
4.S
elec
t “S
ketc
hing
”m
ode
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YS
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SY
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ropr
ieta
ry
Step 1E –Creating References
Step 1E –Creating References
1.S
elec
t Dra
w a
nd L
ine
Mod
es a
nd c
reat
e a
tria
ngle
on
the
X-A
xis
2.S
elec
t “D
imen
sion
s”
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SY
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ieta
ry
Step 1F –Locating Remote Points
Step 1F –Locating Remote Points
Not
e: Y
ou a
re g
oing
to u
se th
e V
erte
x of
a c
one
to lo
cate
the
CG
of t
he
equi
pmen
t mou
nted
on
your
foot
prin
g
1.S
elec
t “H
oriz
onta
l”an
d di
men
sion
th
e lo
catio
n of
you
r tr
iang
le v
erte
x
2.S
et th
e va
lue
of th
e V
erte
x lo
catio
n
3.S
elec
t “R
evol
ve”
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YS
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SY
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ropr
ieta
ry
Step 1G –Locating Remote Points
Step 1G –Locating Remote Points
1.S
elec
t an
axis
of r
otat
ion
3.S
elec
t “G
ener
ate”
1.S
elec
t App
ly
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YS
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SY
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ropr
ieta
ry
Step 1H –Orienting Views
Step 1H –Orienting Views
1.O
rient
you
r ge
omet
ry
for
visi
bilit
y
2.R
etur
n to
the
Pro
ject
Pag
e
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YS
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SY
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ieta
ry
Step 2A –Opening a Sim
ulation
Step 2A –Opening a Sim
ulation
1.S
elec
t you
r ge
omet
ry
2.S
elec
t “N
ew S
imul
atio
n”
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YS
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SY
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ropr
ieta
ry
Step 2B –Reorienting Views
Step 2B –Reorienting Views
Re-
orie
nt y
our
mod
el
for
visi
bilit
y
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YS
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ropr
ieta
ry
Step 2C –Creating Remote Forces
Step 2C –Creating Remote Forces
1.S
elec
t you
r E
nviro
nmen
t
2.In
the
“Str
uctu
ral”
men
u se
lect
“R
emot
e F
orce
”
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YS
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ropr
ieta
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Step 2D –Define &
Locate Force
Step 2D –Define &
Locate Force
1.C
hang
e yo
ur S
copi
ng M
etho
d to
Nam
ed S
elec
tion
2.C
hang
e yo
ur N
amed
Sel
ectio
n to
you
“Lo
aded
Sur
face
s2”
3.S
elec
t “C
lick
to
Cha
nge”
Loca
tion
4.S
elec
t the
tip
of th
e C
one
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Step 2E –Magnitude and Direction
Step 2E –Magnitude and Direction
1.S
et y
our
“Mag
nitu
de”
to
the
Wei
ght o
f you
r eq
uipm
ent
2.S
elec
t “D
irect
ion”
3.S
elec
t a
vert
ical
edg
e
4.S
et y
our
vect
or o
rient
atio
n5.
Sel
ect “
App
ly”
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Step 2F –Renaming Forces
Step 2F –Renaming Forces
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Step 2G –Additional Loads
Step 2G –Additional Loads
1.R
epea
t the
pre
viou
s op
erat
ions
to
cre
ate
X a
nd Y
Acc
eler
atio
ns
2.V
alid
ate
your
forc
es a
nd v
ecto
rs
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YS
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SY
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ropr
ieta
ry
Step 2F –Applying Supports
Step 2F –Applying Supports
1.S
elec
t “F
ixed
S
uppo
rt”
2.C
hang
e th
e S
copi
ng
Met
hod
to “
Nam
ed
Sel
ectio
n”
3.S
et y
our
Nam
ed S
elec
tion
to
your
“F
ixed
Sur
face
s2”
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ieta
ry
Step 2G –Defining Results
Step 2G –Defining Results
2.S
elec
t des
ired
resu
lts
1.S
elec
t “S
olut
ion”
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ieta
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Step 2H –Suppressing References
Step 2H –Suppressing References 4.
Sel
ect “
Sol
ve”
1.E
xpan
d yo
ur “
Geo
met
ry”
3.U
sing
the
right
mou
se b
utto
n se
lect
“S
uppr
ess
Bod
y”
2.S
elec
t you
r C
one
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Step 2J –Reviewing Results
Step 2J –Reviewing Results
Rev
iew
you
r re
sults
usi
ng m
etho
d fr
om p
revi
ous
Exe
rcis
es
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YS
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ropr
ieta
ry
Step 3A –Copy an Environment
Step 3A –Copy an Environment
1.C
olla
pse
your
out
line
2.S
elec
t you
r “E
nviro
nmen
t”
3.R
ight
mou
se c
lick
and
sele
ct “
Cop
y”
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ry
Step 3B –Paste an Environment
Step 3B –Paste an Environment
1.R
esel
ect y
our
“Mod
el”
2.R
ight
mou
se c
lick
and
sele
ct “
Pas
te”
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ieta
ry
Step 3C –Renaming Environments
Step 3C –Renaming Environments
1.S
elec
t the
new
Env
ironm
ent
2.R
ight
mou
se c
lick
and
sele
ct “
Ren
ame”
3.R
enam
e th
e E
nviro
nmen
t “S
tatic
Wei
ght O
nly”
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ieta
ry
Step 3C –Removing Loads
Step 3C –Removing Loads
1.E
xpan
d “S
tatic
Wei
ght O
nly”
2.S
elec
t the
X a
nd Y
Acc
eler
atio
ns
3.R
ight
mou
se c
lick
and
sele
ct “
Del
ete”
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YS
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ropr
ieta
ry
Step 3D –Validating Loading
Step 3D –Validating Loading
Not
e: Y
our
“Sta
tic W
eigh
t Onl
y”E
nviro
nmen
t sho
uld
now
look
like
this
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YS
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ieta
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Step 3E –Adding Environments
Step 3E –Adding Environments
1.R
epea
t the
pre
viou
s op
erat
ions
unt
il yo
ur
envi
ronm
ent l
ooks
like
this
2.S
elec
t “S
olve
”
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YS
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ropr
ieta
ry
Step 4A –Comparing Stresses
Step 4A –Comparing Stresses
Com
pare
you
Equ
ival
ent S
tres
s R
esul
ts u
sing
pre
viou
s m
etho
ds
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YS
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rese
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ropr
ieta
ry
Step 4B –Comparing Deform
ation
Step 4B –Comparing Deform
ation
1.C
ompa
re y
ou D
efor
mat
ion
Res
ults
usi
ng p
revi
ous
met
hods
2.R
etur
n to
the
Pro
ject
Pag
e
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YS
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ieta
ry
Step 4C –Saving Results
Step 4C –Saving Results
1.S
elec
t “S
ave
All”
2.S
elec
t “E
xit”
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Congratulations
Congratulations
•A
t thi
s po
int y
ou h
ave
com
plet
ed E
xerc
ises
1
thro
ugh
4•
You
hav
e le
arne
d–
Mod
el c
reat
ion
–Lo
ads,
Con
stra
ints
and
Sol
utio
ns–
Nam
ed S
elec
tions
and
Loc
aliz
ed L
oad
App
licat
ion
–C
ombi
ning
and
com
parin
g so
lutio
ns
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ieta
ry
Working w
ith CAD systems
Working w
ith CAD systems
•R
emem
ber
:
–R
emo
te lo
ads
or
Mas
s P
oin
ts c
an b
e im
po
rted
fro
m C
AD
mo
del
s–
Imp
rin
tin
g c
an b
e u
sed
on
imp
ort
ed
CA
D m
od
els
to s
up
po
rtin
g lo
caliz
ed
pat
ch lo
adin
g w
ith
ou
t m
od
ifyi
ng
th
e o
rig
inal
CA
D m
od
els
–R
emo
te lo
ads
can
be
tran
sfer
red
to
ac
tive
geo
met
ry
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ropr
ieta
ry
Congratulations
Congratulations
•Y
ou h
ave
com
plet
ed E
xerc
ise
4 of
the
AN
SY
S E
D W
orkb
ench
Tut
oria
l•
Clic
k he
re if
you
wis
h to
con
tinue
with
the
next
exe
rcis
e
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YS
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rved
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SY
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ropr
ieta
ry
ANSYS E
D
Work
bench T
uto
rial
ANSYS E
D
ANSYS E
D
Work
bench T
uto
rial
Work
bench T
uto
rial
Ass
emb
lies
An
dC
on
tact
Ass
emb
lies
Ass
emb
lies
An
dA
nd
Co
nta
ctC
on
tact
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ry
Introduction –
Assem
blies
Introduction –
Assem
blies
•T
he A
NS
YS
Wor
kben
ch r
epre
sent
s m
ore
than
a
gene
ral p
urpo
se e
ngin
eerin
g to
ol.
–It
prov
ides
a h
ighl
y in
tegr
ated
eng
inee
ring
sim
ulat
ion
plat
form
.–
Sup
port
s m
ultip
le m
ulti-
phys
ics
engi
neer
ing
solu
tions
.–
Pro
vide
s bi
-dire
ctio
nal p
aram
etric
ass
ocia
tivity
w
ith m
ost a
vaila
ble
CA
D s
yste
ms.
•T
his
exer
cise
is d
esig
ned
to in
trod
uce
you
to th
e im
port
and
use
of “
Ass
embl
ies”
and
“Con
tact
”in
the
AN
SY
S W
orkb
ench
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.3
AN
SY
S, I
nc. P
ropr
ieta
ry
Purp
ose
Purp
ose
•T
his
tuto
rial i
s in
crem
enta
l in
natu
re•
It is
des
igne
d to
intr
oduc
e yo
u to
:–
The
nat
ure
and
desi
gn o
f the
AN
SY
S W
orkb
ench
U
ser
Inte
rfac
e–
The
con
cept
s of
AN
SY
S W
orkb
ench
Pro
ject
s an
d A
pple
ts–
The
inte
grat
ed n
atur
e of
AN
SY
S W
orkb
ench
te
chno
logy
–T
he p
ower
of t
he A
NS
YS
Wor
kben
ch in
usi
ng
appl
ied
para
met
ric m
odel
ing
and
sim
ulat
ion
tech
niqu
es to
pro
vide
qua
lity
engi
neer
ing
solu
tions
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
.4
AN
SY
S, I
nc. P
ropr
ieta
ry
Usin
g “Assem
blies”
Usin
g “Assem
blies”
•T
he m
etho
ds ta
ught
in th
is tu
toria
l app
ly
equa
lly w
ell t
o bo
th a
ttach
ed C
AD
and
D
esig
nMod
eler
file
s.•
For
the
purp
oses
of t
his
tuto
rial w
e w
ill b
e us
ing
the
Des
ignM
odel
er fi
le p
rodu
ced
in
Exe
rcis
e 4
of th
is tu
toria
l.•
Whe
n us
ing
atta
ched
CA
D s
yste
ms
auto
-co
ntac
t gen
erat
ion
wor
ks w
ith p
arts
impo
rted
fr
om fr
om y
our
CA
D m
odel
s.
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.5
AN
SY
S, I
nc. P
ropr
ieta
ry
Usin
g “Conta
ct Regions”
Usin
g “Conta
ct Regions”
•C
onta
ct r
egio
ns g
ener
ated
by
auto
-con
tact
in
the
AN
SY
S W
orkb
ench
allo
w y
ou to
def
ine
and
refin
e th
e re
latio
ns b
etw
een
vario
us p
arts
in
an
asse
mbl
y.•
Con
tact
reg
ions
can
als
o be
use
d to
def
ine
join
t rel
atio
nshi
ps fo
r M
ulti-
body
dyn
amic
s.
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.6
AN
SY
S, I
nc. P
ropr
ieta
ry
Getting S
tarted
Getting S
tarted
If yo
u ar
e st
artin
g E
xerc
ise
5 w
ithou
t pre
viou
sly
com
plet
ing
Exe
rcis
e 4
copy
the
follo
win
g fil
e to
a
loca
l wor
king
dire
ctor
y
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e4.w
bdb
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e4.a
gdb
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e4.d
sdb
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e4.e
ddb
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.7
AN
SY
S, I
nc. P
ropr
ieta
ry
Getting S
tarted
Getting S
tarted
Laun
ch th
e A
NS
YS
Wor
kben
ch
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.8
AN
SY
S, I
nc. P
ropr
ieta
ry
Exerc
ise 5 O
utline
Exerc
ise 5 O
utline
1.C
loni
ng P
roje
cts
2.C
reat
ing
Pla
nes
and
Ske
tche
s3.
Bui
ldin
g an
Ass
embl
y4.
Con
figur
ing
Con
tact
5.R
e-S
copi
ng N
amed
Sel
ectio
ns (
supp
orts
)6.
Sol
ving
a m
odifi
ed d
esig
n
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.9
AN
SY
S, I
nc. P
ropr
ieta
ry
Opening your Exerc
ise4 files
Opening your Exerc
ise4 files
Mak
e su
re th
at th
e O
pen:
pul
l-dow
n is
se
t to
“Wor
kben
ch
Pro
ject
s”
Bro
wse
for
and
Ope
n E
xerc
ise4
.wbd
b
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.10
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1A _ R
enam
ing P
rojects
Ste
p 1A _ R
enam
ing P
rojects
1.S
elec
t “F
ile>
Sav
e A
s”an
d sa
ve
your
pro
ject
as
“Exe
reci
se5.
wbd
b”
Not
e: T
his
Pro
ject
now
re
fere
nces
file
s fr
om
Exe
rcis
e4
2.Le
ft m
ouse
clic
k on
the
Exe
rcis
e 4
geom
etry
and
ope
n it
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.11
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1B –
Renam
ing G
eometry
Ste
p 1B –
Renam
ing G
eom
etry
1.S
elec
t “S
ave
As”
and
save
you
r ge
omet
ry a
s “E
xerc
ise5
.agd
b”
2.S
elec
t the
fold
er ta
b an
d re
turn
to th
e P
roje
ct P
age
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.12
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1C –
Renam
ing G
eometry
Ste
p 1C –
Renam
ing G
eom
etry
1.S
elec
t (le
ft m
ouse
clic
k) a
nd
rena
me
your
geo
met
ry in
the
Pro
ject
Tre
e
2.S
elec
t and
ope
n yo
ur p
revi
ous
Sim
ulat
ion
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.13
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1D –
Renam
ing S
imulation
Ste
p 1D –
Renam
ing S
imulation
1.S
elec
t “S
ave
As”
and
save
you
r S
imul
atio
n as
“E
xerc
ise5
.dsd
b”
2.S
elec
t the
fold
er ta
b an
d re
turn
to th
e P
roje
ct P
age
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.14
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1E –
Validate
and S
ave
Ste
p 1E –
Validate
and S
ave
1.C
heck
to m
ake
sure
that
all
your
fil
es n
ow r
efle
ct E
xerc
ise
5
2.S
elec
t “S
ave
All”
3.S
elec
t and
re
turn
to y
our
Geo
met
ry
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.15
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2A –
Cre
ating P
lanes
Ste
p 2A –
Cre
ating P
lanes
1.S
elec
t the
“X
YP
lane
”
2.S
elec
t the
New
Pla
ne IC
ON
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.16
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2B –
Offsettin
g a P
lane
Ste
p 2B –
Offsettin
g a P
lane
1.V
erify
the
Bas
e P
lane
(X
YP
lane
)
2.S
et th
e T
rans
form
to
Offs
et Z
3.S
et th
e in
itial
Offs
et V
alue4.
Set
the
Offs
et a
s a
Par
amet
er
5.S
elec
t “G
ener
ate”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.17
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2C –
Cre
ating a S
ketc
hSte
p 2C –
Cre
ating a S
ketc
h
1.S
elec
t you
r ne
w P
lane
2.S
elec
t the
New
S
ketc
h IC
ON
3.S
elec
t and
ope
n th
e P
aram
eter
M
anag
er
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.18
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2
C –
Pla
nes a
nd P
ara
mete
rsSte
p 2
C –
Pla
nes a
nd P
ara
mete
rs
1.S
et th
e of
fset
of y
our
new
pla
ne to
@
Thi
ckne
ss (
the
thic
knes
s of
the
plat
e)
2.S
elec
t “G
ener
ate”
3.S
elec
t Loo
k A
t to
Orie
nt y
our
Ske
tch
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.19
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3A –
Cre
ating a P
ost
Ste
p 3A –
Cre
ating a P
ost
1.C
lose
the
Par
amet
er
Man
ager
2.S
witc
h to
S
ketc
hing
and
D
raw
Mod
e
3.S
elec
t Circ
le a
nd
inse
rt a
circ
le a
nd th
e sk
etch
orig
in
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.20
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
B –
Dim
ensionin
g the P
ost
Ste
p 3
B –
Dim
ensio
nin
g the P
ost
1.S
witc
h to
Dim
ensi
ons
and
Gen
eral
2.S
elec
t you
r ci
rcle
and
di
men
sion
its
diam
eter
3.S
et th
e va
lue
for
your
di
men
sion
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.21
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3C –
Post Dia
mPara
mete
rSte
p 3C –
Post Dia
mPara
mete
r
1.S
et y
our
dim
ensi
on
as a
Par
amet
er“P
ostD
iam
eter
”
2.S
elec
t “E
xtru
de”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.22
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3D –
Extrudin
g the P
ost
Ste
p 3D –
Extrudin
g the P
ost
1.N
ote:
Def
ault
for
all e
xtru
sion
s is
“A
dd M
ater
ial”
in th
is c
ase
we
wan
t to
crea
te a
sep
arat
e pa
rt in
an
Ass
embl
y
2.S
et th
e “O
pera
tion”
to
“Add
Fro
zen”
to c
reat
e a
sepa
rate
Par
t
3.S
et th
e de
pth
and
Cre
ate
a P
aram
eter
4.N
ame
the
Par
amet
er
5.S
elec
t “G
ener
ate”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.23
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3E –
Orienting the M
odel
Ste
p 3E –
Orienting the M
odel O
rient
you
r ne
w v
iew
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.24
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3F –
Define P
ost Support
Ste
p 3F –
Define P
ost Support
1.S
elec
t the
ba
se o
f the
po
st
2.S
elec
t “T
ools
>N
amed
Sel
ectio
ns”
3.N
ame
the
sele
ctio
n “P
ostS
uppo
rt”
5.S
elec
t the
“S
imul
atio
n”fo
lder
tab
4.S
elec
t “G
ener
ate”
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
.25
AN
SY
S, I
nc. P
ropr
ieta
ry
Import N
ote
Import N
ote
•If
you
star
ted
Exe
rcis
e 5
with
out c
ompl
etin
g E
xerc
ise
4 it
is im
port
ant t
o re
mem
ber
we
are
mod
ifyin
g a
prev
ious
sim
ulat
ion
of a
fixe
d pl
ate
and
mou
ntin
g th
e pl
ate
on a
pos
t.•
Bef
ore
cont
inui
ng ta
ke ti
me
to r
evie
w th
e E
xerc
ise
4 re
sults
bef
ore
upda
ting
the
geom
etry
in S
imul
atio
n
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
.26
AN
SY
S, I
nc. P
ropr
ieta
ry
Exerc
ise 4 R
esults
Exerc
ise 4 R
esults
©20
06 A
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YS
, Inc
. A
ll rig
hts
rese
rved
.27
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 4A –
Updating G
eometry
Ste
p 4A –
Updating G
eometry
1.S
elec
t the
“G
eom
etry
”br
anch
of t
he “
Out
line”
2.U
pdat
e yo
ur p
revi
ous
Sim
ulat
ion
Geo
met
ry
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.28
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 4B –
Reviewin
g C
onta
cts
Ste
p 4B –
Reviewin
g C
onta
cts
1.O
rient
you
r m
odel
vie
w
2.E
xpan
d “C
onta
ct”
in
the
Out
line
3.S
elec
t the
“C
onta
ct R
egio
n”au
to-
gene
rate
d fr
om th
e im
port
ed
geom
etry
4.C
olla
pse
the
Out
line
Vie
w b
y re
mov
ing
the
Tac
k
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.29
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 4C –
Setting up C
onta
cts
Ste
p 4C –
Setting up C
onta
cts
1.S
et u
p yo
ur C
onta
ct R
egio
n as
sho
wn
2.E
xpan
d th
e O
utlin
e V
iew
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.30
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 5A –
Re-S
coping S
upports
Ste
p 5A –
Re-S
coping S
upports
1.S
elec
t the
firs
t “F
ixed
Sup
port
”
2.R
e-sc
ope
the
Nam
ed S
elec
tion
from
“F
ixed
Sur
face
s”to
“P
ostS
uppo
rt”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.31
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 5B –
Solving N
ew D
esig
nSte
p 5B –
Solving N
ew D
esig
n
1.R
epea
t the
pre
viou
s op
erat
ion
for
the
rem
aing
fixed
sup
port
s
2.S
elec
t “S
olve
”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.32
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6 –
Reviewin
g R
esults
Ste
p 6 –
Reviewin
g R
esults
1.C
ompa
re r
esul
ts a
s in
pre
viou
s E
xerc
ises
2.R
etur
n to
the
Pro
ject
Pag
e
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.33
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 4C –
Saving R
esults
Ste
p 4C –
Saving R
esults
1.S
elec
t “S
ave
All”
2.S
elec
t “E
xit”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.34
AN
SY
S, I
nc. P
ropr
ieta
ry
Congra
tulations
Congra
tulations
•A
t thi
s po
int y
ou h
ave
com
plet
ed E
xerc
ises
1
thro
ugh
5•
You
hav
e le
arne
d–
Mod
el c
reat
ion
–Lo
ads,
Con
stra
ints
and
Sol
utio
ns–
Nam
ed S
elec
tions
and
Loc
aliz
ed L
oad
App
licat
ion
–C
ombi
ning
and
com
parin
g so
lutio
ns–
Ass
embl
ies
and
Con
tact
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.35
AN
SY
S, I
nc. P
ropr
ieta
ry
Work
ing w
ith C
AD syste
ms
Work
ing w
ith C
AD syste
ms
•R
emem
ber
:
–W
hen
imp
ort
ing
or
con
nec
tin
g t
o C
AD
sy
stem
s yo
u c
an im
po
rt s
imp
le p
arts
or
full
asse
mb
lies
–C
on
tact
reg
ion
s w
ill b
e cr
eate
d in
S
imu
lati
on
fo
r al
l ap
pro
pri
ate
reg
ion
s–
Car
e sh
ou
ld b
e ta
ken
to
en
sure
th
e p
rop
er d
efin
itio
n a
nd
inte
ract
ion
of
thes
e re
gio
ns
in t
he
mo
del
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Congra
tulations
Congra
tulations
•Y
ou h
ave
com
plet
ed E
xerc
ise
5 of
the
AN
SY
S E
D W
orkb
ench
Tut
oria
l•
Clic
k he
re if
you
wis
h to
con
tinue
with
the
next
exe
rcis
e
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ieta
ry
ANSYS ED
Workbench Tutorial
ANSYS ED
ANSYS ED
Workbench Tutorial
Workbench Tutorial
Exp
lori
ng
Sim
ula
tio
n(P
art
1)
Exp
lori
ng
Exp
lori
ng
Sim
ula
tio
nS
imu
lati
on
(Par
t 1)
(Par
t 1)
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Introduction –Sim
ulation
Introduction –Sim
ulation
•T
he A
NS
YS
Wor
kben
ch r
epre
sent
s m
ore
than
a
gene
ral p
urpo
se e
ngin
eerin
g to
ol.
–It
prov
ides
a h
ighl
y in
tegr
ated
eng
inee
ring
sim
ulat
ion
plat
form
.–
Sup
port
s m
ultip
le m
ulti-
phys
ics
engi
neer
ing
solu
tions
.–
Pro
vide
s bi
-dire
ctio
nal p
aram
etric
ass
ocia
tivity
w
ith m
ost a
vaila
ble
CA
D s
yste
ms.
•T
his
exer
cise
is d
esig
ned
to in
trod
uce
you
to a
nu
mbe
r of
the
vario
us e
ngin
eerin
g si
mul
atio
n ca
pabi
litie
s of
the
AN
SY
S W
orkb
ench
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Purpose
Purpose
•T
his
tuto
rial i
s in
crem
enta
l in
natu
re•
It is
des
igne
d to
intr
oduc
e yo
u to
:–
The
nat
ure
and
desi
gn o
f the
AN
SY
S W
orkb
ench
U
ser
Inte
rfac
e–
The
con
cept
s of
AN
SY
S W
orkb
ench
Pro
ject
s an
d A
pple
ts–
The
inte
grat
ed n
atur
e of
AN
SY
S W
orkb
ench
te
chno
logy
–T
he p
ower
of t
he A
NS
YS
Wor
kben
ch in
usi
ng
appl
ied
para
met
ric m
odel
ing
and
sim
ulat
ion
tech
niqu
es to
pro
vide
qua
lity
engi
neer
ing
solu
tions
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Prerequisites
Prerequisites
•B
efo
re p
roce
edin
g w
ith
th
is t
uto
rial
it is
re
com
men
ded
th
at y
ou
hav
e p
revi
ou
sly
com
ple
ted
Exe
rcis
es 1
th
rou
gh
5 o
f th
e A
NS
YS
Wo
rkb
ench
.•
Co
mp
leti
on
of
the
pri
or
exer
cise
s m
ay n
ot
be
a re
qu
irem
ent
if y
ou
hav
e a
curr
ent
wo
rkin
g k
now
led
ge
of
AN
SY
S W
ork
ben
ch
mo
del
ing
, par
amet
er s
har
ing
an
d
sim
ula
tio
n c
apab
iliti
es
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Reviewing Previous Exercises
Reviewing Previous Exercises
•T
he fo
llow
ing
mat
eria
ls a
re in
tend
ed to
pr
ovid
e a
sum
mar
y of
pre
viou
s tu
toria
ls a
nd
exer
cise
s•
If yo
u ar
e un
sure
of y
our
unde
rsta
ndin
g of
th
ese
mat
eria
ls y
ou s
houl
d ta
ke th
e ap
prop
riate
mat
eria
ls b
efor
e pr
ocee
ding
with
th
is e
xerc
ise
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SY
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ropr
ieta
ry
ANSYS ED General Tutorial
ANSYS ED General Tutorial
•In
trod
uctio
n –
Sta
rt P
age
–P
roje
ct P
age
–U
ser
Inte
rfac
e•
Wor
kflo
w•
Usa
ge
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ANSYS ED General Tutorial
ANSYS ED General Tutorial
•U
ser
Inte
rfac
e–
Men
us
–T
oo
lbar
s–
Mo
use
In
tera
ctio
ns
C t r l+ ++++ +++
+ ++++ +++H
old
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Exercise 1 -Basics
Exercise 1 -Basics
•In
trod
uctio
n to
S
ketc
hing
and
M
odel
ing
•In
trod
uctio
n to
S
imul
atio
n B
asic
s
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Exercise 2 –Dim
ensions &
Parameters
Exercise 2 –Dim
ensions &
Parameters
•C
reat
ing
and
mod
ifyin
g di
men
sion
s•
Nam
ing
and
expo
rtin
g pa
ram
eter
s•
Wor
king
with
pa
ram
eter
s an
d eq
uatio
ns
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Exercise 3 –Named Selections and Localized
Loading
Exercise 3 –Named Selections and Localized
Loading
•C
reat
ing
surf
ace
patc
hes
(impr
ints
) to
su
ppor
t loc
aliz
ed
load
ing
•U
sing
nam
ed
sele
ctio
ns to
app
ly a
nd
dist
ribut
e lo
ads
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Exercise 4 –Loads & Environments
Exercise 4 –Loads & Environments
•P
ositi
onin
g an
d ap
plyi
ng
rem
ote
load
s
•C
opyi
ng a
nd c
reat
ing
new
E
nviro
nmen
ts
•E
valu
atin
g an
d co
mpa
ring
mul
tiple
sol
utio
ns
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Exercise 5 –Assemblies & Contact
Exercise 5 –Assemblies & Contact
•C
reat
ing
and
wor
king
with
as
sem
blie
s
•U
sing
nam
ed s
elec
tions
to
reas
sign
load
s an
d su
ppor
ts
•W
orki
ng w
ith a
nd d
efin
ing
part
to p
art c
onta
ct r
egio
ns
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Exploring Sim
ulation
Exploring Sim
ulation
•T
he m
etho
ds ta
ught
in th
is tu
toria
l app
ly
equa
lly w
ell t
o bo
th a
ttach
ed C
AD
and
D
esig
nMod
eler
file
s.•
For
the
purp
oses
of t
his
tuto
rial w
e w
ill b
e us
ing
a st
able
and
pre
viou
s sa
ved
vers
ion
of
the
files
pro
duce
d in
Exe
rcis
e 5
of th
is
tuto
rial.
•A
gain
if y
ou h
ave
not c
ompl
eted
any
or
all o
f th
e pr
evio
us e
xerc
ises
con
tain
ed in
this
tu
toria
l you
sho
uld
do s
o no
w.
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Exercise 6 -Outline
Exercise 6 -Outline
•E
xerc
ise
6A –
Load
s an
d Lo
ad S
teps
•E
xerc
ise
6B –
Mod
al A
naly
sis
•E
xerc
ise
6C -
Opt
imiz
atio
n
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Getting Started
Getting Started
Bef
ore
star
ting
Exe
rcis
e 6
copy
the
follo
win
g fil
e to
a lo
cal w
orki
ng d
irect
ory
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6.w
bdb
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6.a
gdb
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6.d
sdb
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6.e
ddb
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Getting Started
Getting Started
Laun
ch th
e A
NS
YS
Wor
kben
ch
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Opening your Exercise6 files
Opening your Exercise6 files
Mak
e su
re th
at th
e O
pen:
pul
l-dow
n is
se
t to
“Wor
kben
ch
Pro
ject
s”
Bro
wse
for
and
Ope
n E
xerc
ise6
.wbd
b
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Examining the Project
Examining the Project
3.O
pen
the
exis
ting
geom
etry
1.N
ote
that
the
exis
ting
proj
ect
cons
ists
of a
sin
gle
mod
el a
nd
asso
ciat
ed S
imul
atio
n
2.N
ote
that
all
para
met
ers,
attr
ibut
es, n
amed
se
lect
ions
and
mat
eria
l filt
erin
g ha
s be
en
sele
cted
for
impo
rt w
ith fi
lters
turn
ed o
ff
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Examine the Geometric M
odel
Examine the Geometric M
odel
1.R
evie
w th
e in
itial
geo
met
ry T
ree
Out
line
revi
ewin
g th
e cr
eatio
n pr
oces
s
2.T
ake
time
to r
evie
w e
xist
ing
Pla
nes
and
Ske
tche
s
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Examine Sketches & Parameters
Examine Sketches & Parameters
1.E
xam
ine
your
sk
etch
es,
dim
ensi
ons
and
para
met
ers
2.S
elec
t the
fold
er ta
b an
d re
turn
to P
roje
ct P
age
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Examining Sim
ulation
Examining Sim
ulation
Sel
ect a
nd e
nter
the
Pro
ject
’s S
imul
atio
n
Not
e: O
ur s
imul
atio
n in
clud
es:
•A
pla
te m
ount
ed o
n a
post
. •
The
pos
t is
mou
nted
on
a m
ovin
g pl
atfo
rm.
•A
ircra
ft, s
hip,
oil
rig p
latfo
rm, e
tc.
•T
he e
quip
men
t (no
t mod
eled
) is
mou
nted
by
four
mou
nts
on th
e pl
ate.
•T
he a
pplie
d (r
emot
e) lo
ads
(for
ces)
incl
ude:
•T
he e
quip
men
t wei
ght
•F
orce
due
to a
ccel
erat
ion
in X
& Y
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Examine Environments and Solutions
Examine Environments and Solutions
Not
e: T
he
exis
ting
sim
ulat
ion
has
been
de
velo
ped
by
defin
ing
and
solv
ing
mul
tiple
en
viro
nmen
ts
(1 fo
r ea
ch
load
co
mbi
natio
n)
1.R
evie
w th
e ex
istin
g S
imul
atio
n E
nviro
nmen
ts a
nd
Sol
utio
ns
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Exercise 6A –Loads and Load Steps
Exercise 6A –Loads and Load Steps
•D
elet
ing
envi
ronm
ents
•C
reat
ing
a ne
w E
nviro
nmen
t•
Def
inin
g Lo
ads
and
Sup
port
s•
Cre
atin
g Lo
ad S
teps
•D
efin
ing
requ
ired
resu
lts (
Sol
utio
ns)
•R
evie
win
g re
sults
•R
evie
win
g A
nim
atio
ns•
Sav
ing
resu
lts
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Step 1 –Deleting Environments
Step 1 –Deleting Environments
1.S
elec
t (le
ft-m
ouse
clic
k) fi
rst E
nviro
nmen
t
2.S
elec
t (sh
ift le
ft-m
ouse
clic
k) la
st it
em in
the
Out
line
3.R
ight
mou
se-c
lick
on s
elec
ted
item
s an
d se
lect
“D
elet
e”
4.C
onfir
m d
elet
ion
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Step 2 –Create Environment
Step 2 –Create Environment
1.R
ight
mou
se c
lick
on th
e M
odel
2.E
xpan
d “I
nser
t”
3.S
elec
t “N
ew
Env
ironm
ent”
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Step 3A –Examine the M
odel
Step 3A –Examine the M
odel
Rev
iew
th
e m
odel
A n
amed
sel
ectio
n fo
r th
e po
st s
uppo
rt
The
geo
met
ry fr
om
the
Des
ignM
odel
er
A P
oint
Mas
s re
pres
entin
g th
e un
mod
eled
equi
pmen
t•
Tie
d to
the
tip o
f a s
uppr
esse
d co
ne im
port
ed w
ith th
e ge
omet
ry•
App
lied
to th
e Lo
aded
Sur
face
s2
nam
ed s
elec
tion
Con
tact
Reg
ions
bet
wee
n th
e pl
ate
and
post
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Step 3B –Examining M
asses
Step 3B –Examining M
asses
Rev
iew
ing
the
solid
s in
th
e m
odel
“M
ass”
has
been
cal
cula
ted
base
d on
Vol
ume
and
Mat
eria
l
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Step 4A –Creating Solutions
Step 4A –Creating Solutions
1.R
ight
mou
se c
lick
on “
Env
ironm
ent”
2.E
xpan
d th
e “I
nser
t”m
enu
and
sele
ct “
New
Sol
utio
n”
3.S
et lo
ad “
Ste
ps”
to 8
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Step 4B –Defining Supports
Step 4B –Defining Supports
1.S
elec
t the
new
Env
ironm
ent
2.F
rom
the
“Str
uctu
ral”
men
u se
lect
“F
ixed
S
uppo
rt”
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Step 4C –Using Named Selections
Step 4C –Using Named Selections
1.C
hang
e th
e “S
copi
ng
Met
hod”
to N
amed
S
elec
tion”
2.S
elec
t “P
ostS
uppo
rt”
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Step 5 –Defining Accelerations
Step 5 –Defining Accelerations
Fro
m th
e “E
nviro
nmen
t”po
p-up
m
enu
or th
e “S
truc
tura
l”pu
ll-do
wn
men
u se
lect
“A
ccel
erat
ion”
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Step 6A –Viewing Load Steps
Step 6A –Viewing Load Steps
Not
e: Y
ou k
now
hav
e th
e ab
ility
to in
sert
ta
bula
r da
ta fo
r A
ccel
erat
ions
for
each
of
your
8 lo
ad s
teps
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Note
Note
•A
pply
ing
acce
lera
tions
–F
or p
urpo
ses
of th
is e
xam
ple
we
will
app
ly
our
acce
lera
tions
bas
ed o
n gl
obal
X, Y
and
Z
coo
rdin
ates
.–
In m
ore
real
istic
exa
mpl
es th
ese
acce
lera
tions
wou
ld b
e ba
sed
on m
ore
real
istic
loca
tions
of o
ur m
asse
s ba
sed
on
the
cent
ers
of p
itch,
rol
l, et
c. o
f the
st
ruct
ure
on w
hich
you
r m
odel
is m
ount
ed
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Step 6B –Setting Step Values
Step 6B –Setting Step Values
For
pur
pose
s of
this
exe
rcis
e se
t you
val
ues
for
Acc
eler
atio
n fo
r ea
ch lo
ad s
tep
as s
how
n
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Step 7A –Defining Results
Step 7A –Defining Results Set
you
r so
lutio
n to
re
turn
Equ
ival
ent S
tres
s fr
om th
e po
p-up
or
pull-
dow
n m
enus
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Step 7B –Defining Results
Step 7B –Defining Results
1.S
et y
our
solu
tion
to r
etur
n T
otal
de
form
atio
n fr
om th
e po
p-up
in th
e O
utlin
e S
olut
ion
or g
raph
ics
win
dow
or
from
the
Def
orm
atio
n pu
ll-do
wn
men
u
2.S
elec
t “S
olve
”
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Step 8A –Reviewing Results
Step 8A –Reviewing Results
Sel
ect “
Equ
ival
ent S
tres
s”
Not
e: T
he s
tres
ses
for
each
load
ste
p is
now
dis
play
ed
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Step 8B –Retrieving Step Results
Step 8B –Retrieving Step Results
Not
e: T
o vi
ew g
raph
ic r
esul
ts
1.S
elec
t a n
ode
on th
e gr
aph
or a
n ite
m in
th
e lo
ad s
tep
tabl
e
2.R
ight
mou
se c
lick
and
sele
ct “
Ret
rieve
Res
ults
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Step 8C –Anim
ating Results
Step 8C –Anim
ating Results
1.S
elec
t the
“A
nim
atio
n”ta
b
2.S
elec
t Sol
utio
n to
be
anim
ated
3.S
elec
t the
pl
ay a
rrow
to
view
res
ults
th
roug
h th
e de
fined
load
st
eps
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Step 9A –Saving the Sim
ulation
Step 9A –Saving the Sim
ulation
1.S
elec
t “S
ave
As”
2.S
ave
your
Sim
ulat
ion
mod
el
as “
Exe
rcis
e6A
.dsd
b”
3.S
elec
t the
fold
er ta
b to
ret
urn
to th
e D
esig
nMod
eler
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Step 9B –Saving Geometry
Step 9B –Saving Geometry
1.S
elec
t “S
ave
As”
2.S
ave
your
geo
met
ric m
odel
as
“Exe
rcis
e6A
.agd
b”
3.S
elec
t the
fold
er ta
b to
ret
urn
to th
e P
roje
ct P
age
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Step 9C –Saving the Project
Step 9C –Saving the Project
1.S
elec
t “S
ave
As”
2.S
ave
your
Pro
ject
as
“Exe
rcis
e6A
.wbd
b”
Sel
ect t
he fo
lder
tab
to r
etur
n to
the
Pro
ject
Pag
e
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Congratulations
Congratulations
•A
t thi
s po
int y
ou h
ave
com
plet
ed E
xerc
ises
6A
•Y
ou h
ave
lear
ned
–T
he u
se o
f Mas
s P
oint
s–
The
app
licat
ion
of A
ccel
erat
ion
–T
he u
se o
f loa
d st
eps
–T
he a
bilit
y to
vie
w lo
ad s
tep
resu
lts–
The
abi
lity
to a
nim
ate
solu
tions
con
tain
ing
mul
tiple
load
ste
ps
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Working w
ith CAD systems
Working w
ith CAD systems
•R
emem
ber
:
–W
hen
imp
ort
ing
or
con
nec
tin
g t
o C
AD
sy
stem
s yo
u c
an im
po
rt s
imp
le p
arts
or
full
asse
mb
lies
–T
he
met
ho
ds
you
hav
e le
arn
ed c
an b
e ap
plie
d t
o a
ny
geo
met
ric
mo
del
(p
aram
etri
c o
r n
ot)
reg
ard
less
of
its
ori
gin
al s
ou
rce
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Exercise 6B –Modal Analysis
Exercise 6B –Modal Analysis
•D
uplic
atin
g E
nviro
nmen
ts•
Ren
amin
g E
nviro
nmen
ts•
Rem
ovin
g Lo
ads
and
Sup
port
s•
Rem
ovin
g Lo
ad S
teps
•S
ettin
g up
Mod
al S
olut
ions
•E
xam
inin
g R
esul
ts•
Sav
ing
Res
ults
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Step 1 –Return to Sim
ulation
Step 1 –Return to Sim
ulation
Dou
ble
left
mou
se c
lick
on y
our
Sim
ulat
ion
mod
el to
ret
urn
to
Sim
ulat
ion
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Step 2 –Duplicating Environments
Step 2 –Duplicating Environments
1.R
ight
mou
se c
lick
on th
e E
nviro
nmen
t
2.S
elec
t “D
uplic
ate”
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Step 3 –Deleting Sim
ulation Data
Step 3 –Deleting Sim
ulation Data
1.E
xpan
d th
e ne
w E
nviro
nmen
t
2.S
elec
t the
Acc
eler
atio
n an
d S
olut
ions
usi
ng th
e le
ft m
ouse
bu
tton
and
cont
rol k
ey
3.U
se th
e rig
ht m
ouse
but
ton
to e
xpos
e th
e po
p-up
men
u an
d se
lect
“D
elet
e”
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Step 4A –Finding Frequencies
Step 4A –Finding Frequencies
1.S
elec
t the
S
olut
ion
in
Env
ironm
ent 22.
Fro
m th
e “T
ools
”m
enu
sele
ct “
Fre
quen
cy fi
nder
”
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Step 4B –Setting Required M
odes
Step 4B –Setting Required M
odes
1.S
et “
Max
Mod
es to
Fin
d”to
10
2.S
elec
t “S
olve
”
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Step 5A –Reviewing Results
Step 5A –Reviewing Results
1.E
xam
ine
the
vario
us
mod
e fr
eque
ncie
s
2.S
elec
t the
“A
nim
atio
n”ta
b to
an
imat
e th
e va
rious
sol
utio
ns
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Step 5B –Tabular Results
Step 5B –Tabular Results
Sel
ect t
he “
Wor
kshe
et”
tab
to v
iew
the
freq
uenc
ies
in e
ach
mod
e in
tabu
lar
form
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Step 6 –Saving Files
Step 6 –Saving Files
1.C
ycle
thro
ugh
Sim
ulat
ion,
D
esig
nMod
eler
an
d th
e P
roje
ct
usin
g “S
ave
As”
2.S
ave
all f
iles
as E
xerc
ise6
B…
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Step 7 –Exiting the W
orkbench
Step 7 –Exiting the W
orkbench
Sel
ect t
he “
X”
in th
e W
indo
w T
itle
Bar
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Step 8 –Confirm
ing Exit
Step 8 –Confirm
ing Exit
Not
e: W
hene
ver
you
atte
mpt
to e
xit
the
AN
SY
S W
orkb
ench
with
uns
aved
fil
es y
ou th
e P
roje
ct P
age
will
app
ear
with
uns
aved
item
s hi
ghlig
hted
Sel
ect “
Yes
: sav
e al
l hig
hlig
hted
item
s
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Congratulations
Congratulations
•A
t thi
s po
int y
ou h
ave
com
plet
ed E
xerc
ises
6B
•Y
ou h
ave
lear
ned
–H
ow to
use
the
“Fre
quen
cy F
inde
r”–
How
to s
et th
e m
odes
to b
e ev
alua
ted
–H
ow to
exa
min
e re
sults
•S
tatic
•A
nim
ated
•T
abul
ar
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Working w
ith CAD systems
Working w
ith CAD systems
•R
emem
ber
:
–W
hen
imp
ort
ing
or
con
nec
tin
g t
o C
AD
sy
stem
s yo
u c
an im
po
rt s
imp
le p
arts
or
full
asse
mb
lies
–T
he
met
ho
ds
you
hav
e le
arn
ed c
an b
e ap
plie
d t
o a
ny
geo
met
ric
mo
del
(p
aram
etri
c o
r n
ot)
reg
ard
less
of
its
ori
gin
al s
ou
rce
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Exercise 6C –Optimization
Exercise 6C –Optimization
•U
sing
the
shap
e fin
der
•C
opyi
ng m
odel
s•
Mod
ifyin
g m
odel
s ba
sed
on r
esul
ts•
Set
ting
up D
esig
n of
Exp
erim
ents
(D
OE
)•
Run
ning
DO
E•
Exa
min
ing
Res
ults
•S
avin
g R
esul
ts
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Getting Started
Getting Started
Bef
ore
star
ting
Exe
rcis
e 6C
copy
the
follo
win
g fil
e to
a lo
cal w
orki
ng d
irect
ory
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6C
.wbd
b…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise6
C.a
gdb
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6C
.dsd
b…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise6
C.e
ddb
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Step 1a –Opening the Project
Step 1a –Opening the Project
1.S
et th
e S
tart
P
age
file
filte
r to
“W
orkb
ench
P
roje
cts”
Bro
wse
for
and
open
Exe
reci
se6C
.wbd
b
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Step 1B –Open the Sim
ulation
Step 1B –Open the Sim
ulation
Ope
n th
e S
imul
atio
n M
odel
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Step 1C –Review the M
odel
Step 1C –Review the M
odel
1.C
trl l
eft m
ouse
clic
k th
e F
ixed
Sup
port
and
For
ce
2.R
evie
w th
e E
nviro
nmen
t
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Step 2 –Open the Shape Finder
Step 2 –Open the Shape Finder
1.S
elec
t the
Sol
utio
n
2.R
ight
mou
se c
lick
and
sele
ct “
Inse
rt>
Sha
peF
inde
r”
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Step 3 –Set Desired Target
Step 3 –Set Desired Target
3.S
elec
t “S
olve
”
1.S
elec
t “S
hape
Fin
der”
2.S
et th
e “T
arge
t R
educ
tion”
to 6
0%
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Step 4 –Review Results
Step 4 –Review Results
1.R
evie
w th
e m
odel
to e
xam
ine
whe
re m
ater
ial c
an b
e re
mov
ed
2.S
elec
t the
fold
er ta
b to
ret
urn
to th
e P
roje
ct P
age
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ry
Step 5 –Copy Geometry
Step 5 –Copy Geometry
1.S
elec
t the
orig
inal
geo
met
ry
2.S
elec
t “O
pen
Cop
y”to
cre
ate
a ne
w c
opy
of th
e ge
omet
ry le
avin
g th
e or
igin
al g
eom
etry
in ta
ck
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Step 6 –UnsuppressOperation
Step 6 –UnsuppressOperation
1.N
ote
form
the
“x”
that
a
prev
ious
ly c
reat
ed
extr
usio
n ha
s be
en
supp
ress
ed
3.S
elec
t “G
ener
ate”
2.R
ight
mou
se c
lick
and
Uns
uppr
ess
the
Ext
rusi
on
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Step 7 –Review Geometry
Step 7 –Review Geometry
Not
e: T
he s
aved
ske
tch
and
prof
ile h
ave
been
pr
evio
usly
gen
erat
ed to
rem
ove
unne
eded
mat
eria
l
Sel
ect t
he ta
b to
re
turn
to th
e P
roje
ct
Pag
e
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Step 8 –Open New Sim
ulation
Step 8 –Open New Sim
ulation
2.S
tart
a “
New
Sim
ulat
ion”
1.V
erify
that
you
new
geo
met
ry is
sel
ecte
d
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Step 9 –Publish Parameters
Step 9 –Publish Parameters
1.S
elec
t Geo
met
ry
2.N
ote:
Tw
o pa
ram
eter
s ha
ve b
een
impo
rted
from
yo
ur g
eom
etry
3.V
erify
that
the
Par
amet
ers
have
be
en p
ublis
hed
“P”
in c
heck
box
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Step 10A –Copying Environments
Step 10A –Copying Environments
1.S
hift
of C
trl s
elec
t lef
t mou
se b
utto
n th
e F
ixed
Sup
port
and
For
ce fr
om
your
pre
viou
s E
nviro
nmen
t
2.R
ight
m
ouse
clic
k an
d se
lect
“C
opy”
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Step 10B –Setting Supports
Step 10B –Setting Supports
1.R
ight
mou
se c
lick
on y
our
new
en
viro
nmen
t and
sel
ect “
Pas
te”
2.S
elec
t the
are
as
of th
e tw
o m
ount
ing
hole
s3.
Sel
ect t
he
Fix
ed S
uppo
rt
4.In
the
Geo
met
ry S
elec
tion
clic
k A
pply
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Step 10C –Setting Forces
Step 10C –Setting Forces
1.S
elec
t the
Fac
e of
the
hole
to b
e lo
aded
2.S
elec
t the
F
orce
3.In
the
Geo
met
ry
Sel
ectio
n cl
ick
App
ly
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Step 11 –Setting Results
Step 11 –Setting Results
1.S
elec
t the
Sol
utio
n
2.F
rom
the
“Str
ess
Men
u”se
lect
Equ
ival
ent S
tres
s
3.S
elec
t and
in
sert
Tot
al
Def
orm
atio
n
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Step 12 –Setting M
esh Relevance
Step 12 –Setting M
esh Relevance
1.S
elec
t the
Mes
h
2.S
et th
e R
elev
ance
to “
0”
3.S
elec
t Sol
ve
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Step 13 –Reviewing Results
Step 13 –Reviewing Results
1.E
xam
ine
Res
ults
3.S
elec
t the
fold
er ta
b to
ret
urn
to th
e P
roje
ct P
age
2.U
sing
the
chec
kbox
pub
lish
“P”
the
Max
imum
Str
ess
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Step 14 –Opening a DOE
Step 14 –Opening a DOE
1.V
erify
that
you
r la
test
Sim
ulat
ion
is s
elec
ted
2.S
elec
t Des
ign
of E
xper
imen
ts
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ieta
ry
Step 14 –Setting Bounds
Step 14 –Setting Bounds
1.S
elec
t Bra
cket
Thi
ckne
ss
2.S
et th
e Lo
wer
Bou
nd to
24
3.S
elec
t “R
un>
Pro
cess
DO
E D
esig
ns
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ieta
ry
Step 15A –Reviewing Responses
Step 15A –Reviewing Responses
1.F
rom
the
resu
lting
vie
ws
sele
ct “
Res
pons
es”
2.M
ove
the
mou
se o
ver
the
resp
onse
sur
face
obs
ervi
ng
the
inpu
t par
amet
ers
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Step 15B –Reviewing Design Points
Step 15B –Reviewing Design Points
1.S
elec
t Aut
omat
ic D
esig
n P
oint
s
2.S
elec
t var
ious
poi
nts
exam
inin
g re
sults
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ieta
ry
Step 15C –Review Geometry
Step 15C –Review Geometry
1.S
elec
t Geo
met
ry
2.S
elec
t var
ious
poi
nts
exam
inin
g ge
omet
ry c
hang
es
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ry
Step 16 –Selecting a Design
Step 16 –Selecting a Design
1.N
ote:
Onc
e yo
u fin
d yo
ur
desi
red
solu
tion
in th
is
case
24
and
92 r
ecor
d th
e in
form
atio
n
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Step 17 –Saving DOE Files
Step 17 –Saving DOE Files
1.S
elec
t “F
ile>
Sav
e”
2.S
elec
t the
fold
er ta
b to
ret
urn
to th
e S
imul
atio
n
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ieta
ry
Step 18 –Setting Parameters
Step 18 –Setting Parameters
1.S
et th
e pa
ram
eter
s to
24
and
92
base
d on
you
r D
OE
res
ults
2.S
elec
t Sol
ve
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Step 19 –Reviewing Results
Step 19 –Reviewing Results
Exa
min
e th
e re
sults
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ry
Step 20 –Updating Geometry
Step 20 –Updating Geometry
1.S
elec
t “G
eom
etry
”
2.S
elec
t “U
pdat
e: U
se S
imul
atio
n P
aram
eter
s”to
upd
ate
your
ge
omet
ry
3.S
elec
t the
fold
er ta
b to
ret
urn
to th
e D
esig
nMod
eler
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ieta
ry
Step 21 –Reviewing Geometry
Step 21 –Reviewing Geometry
1.O
pen
Par
amet
ers
2.N
ote:
You
r ge
omet
ry h
as b
een
upda
ted
to m
atch
you
r ex
perim
ent
3.S
elec
t the
fold
er
tab
to r
etur
n to
the
Pro
ject
Pag
e
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ieta
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Step 22 –Saving Files
Step 22 –Saving Files
1.S
elec
t “S
ave
All”
2.S
elec
t “E
xit”
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Congratulations
Congratulations
•A
t thi
s po
int y
ou h
ave
com
plet
ed E
xerc
ises
6C
•Y
ou h
ave
lear
ned
–H
ow to
use
the
“Sha
pe F
inde
r”–
How
to p
ublis
h pa
ram
eter
s fo
r D
OE
–H
ow to
use
res
pons
e su
rfac
es–
How
to s
et u
p a
DO
E s
olut
ion
and
•U
pdat
e S
imul
atio
ns a
nd R
esul
ts•
Upd
ate
CA
D o
r D
esig
nMod
eler
Geo
met
ry
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Additional Exercises
Additional Exercises
•If
you
wis
h to
lear
n m
ore
abou
t var
ious
type
s of
Sim
ulat
ions
con
tinue
with
Exe
rcis
e 6
–P
art
2
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AN
SY
S E
D
Wo
rkb
en
ch
Tu
tori
al
AN
SY
S E
D
AN
SY
S E
D
Wo
rkb
en
ch
Tu
tori
al
Wo
rkb
en
ch
Tu
tori
al
Exp
lori
ng
Sim
ula
tio
n(P
art
2)
Exp
lori
ng
Exp
lori
ng
Sim
ula
tio
nS
imu
lati
on
(Par
t 2)
(Par
t 2)
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Ex
erc
ise
6 –
Part
2 I
nto
rdu
cti
on
Ex
erc
ise
6 –
Part
2 I
nto
rdu
cti
on
•T
his
part
of t
he A
NS
YS
ED
Wor
kben
ch
Tut
oria
l is
inte
nded
to b
e ta
ken
afte
r co
mpl
etin
g E
xerc
ises
1 th
roug
h 6C
•In
divi
dual
exe
rcis
es in
this
sec
tion
can
be
take
n ho
wev
er if
you
hav
e a
basi
c w
orki
ng
know
ledg
e of
AN
SY
S W
orkb
ench
•T
he b
asic
pur
pose
of t
hese
exe
rcis
es is
to
prov
ide
sim
ple
exam
ples
on
how
to p
erfo
rm
diffe
rent
type
s of
Sim
ulat
ion
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ieta
ry
Co
nte
nts
Co
nte
nts
•E
xerc
ises
in th
is tu
toria
l cov
er th
e fo
llow
ing:
–S
tead
y S
tate
and
Tra
nsie
nt T
herm
al
Sim
ulat
ion
(Exe
rcis
e 6D
)–
Line
ar B
uckl
ing
(Exe
rcis
e 6E
)–
Str
ess
Life
Fat
igue
(E
xerc
ise
6F)
–S
olvi
ng w
ith 2
D a
nd 3
D S
ymm
etry
(E
xerc
ise
6G)
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Ex
erc
ise
6D
-O
utl
ine
Ex
erc
ise
6D
-O
utl
ine
•S
ettin
g M
ater
ials
and
Uni
ts•
App
lyin
g Lo
ads
and
Con
stra
ints
•S
ettin
g up
a S
tead
y S
tate
Sol
utio
n•
Sol
utio
n an
d R
esul
ts•
App
lyin
g T
rans
ient
Con
ditio
ns•
Set
ting
up a
Tra
nsie
nt S
olut
ion
•T
rans
ient
Sol
utio
ns a
nd R
esul
ts•
Sav
ing
the
Pro
ject
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ieta
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Ge
ttin
g S
tart
ed
Ge
ttin
g S
tart
ed
Bef
ore
star
ting
Exe
rcis
e 6D
cop
y th
e fo
llow
ing
file
to a
loca
l wor
king
dire
ctor
y
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6D
.wbd
b…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise6
D.a
gdb
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6D
.dsd
b…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise6
D.e
ddb
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ieta
ry
Ge
ttin
g S
tart
ed
Ge
ttin
g S
tart
ed
Laun
ch th
e A
NS
YS
Wor
kben
ch
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YS
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ropr
ieta
ry
Op
en
ing
yo
ur
Ex
erc
ise
6 f
ile
sO
pe
nin
g y
ou
r E
xe
rcis
e6
fil
es
Mak
e su
re th
at th
e O
pen:
pul
l-dow
n is
se
t to
“Wor
kben
ch
Pro
ject
s”
Bro
wse
for
and
Ope
n E
xerc
ise6
D.w
bdb
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ieta
ry
Ex
am
inin
g t
he
Pro
ject
Ex
am
inin
g t
he
Pro
ject
3.O
pen
a “N
ew S
imul
atio
n”
1.N
ote
that
the
exis
ting
proj
ect
cons
ists
of a
sin
gle
mod
el
2.N
ote
that
all
para
met
ers,
attr
ibut
es, n
amed
se
lect
ions
and
mat
eria
l filt
erin
g ha
s be
en
sele
cted
for
impo
rt w
ith fi
lters
turn
ed o
ff
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ieta
ry
Ste
p 1
A –
Re
vie
w t
he
Mo
de
lS
tep
1A
–R
evie
w t
he
Mo
de
l
2.N
ote
the
impr
inte
d su
rfac
e pa
tche
s on
one
sid
e of
the
mod
el
1.O
rient
the
mod
el fo
r vi
sual
izat
ion
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ropr
ieta
ry
Ste
p 1
B –
Ch
ang
e t
he
Mate
ria
lS
tep
1B
–C
hang
e t
he
Mate
ria
l
Sel
ect t
he S
olid
G
eom
etry
Und
er th
e M
ater
ial
sele
ct Im
port
…
Sel
ect P
olye
thyl
ene
Clic
k “O
K”
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ieta
ry
Ste
p 1
C –
Set
Sim
ula
tio
n U
nit
sS
tep
1C
–S
et
Sim
ula
tio
n U
nit
s
1.S
et y
our
Uni
ts a
s sh
own
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ieta
ry
Ste
p 2
A –
Insert
He
at
Flu
xS
tep
2A
–In
sert
He
at
Flu
x
1.S
elec
t you
r E
nviro
nmen
t
2.R
ight
mou
se
clic
k an
d se
lect
“I
nser
t>H
eat
Flu
x”
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SY
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ropr
ieta
ry
Ste
p 2
B –
Set
He
at
Flu
x V
alu
eS
tep
2B
–S
et
He
at
Flu
x V
alu
e
2.S
et th
e H
eat F
lux
Uni
ts to
1e-
003
1.S
elec
t the
Hea
t Flu
x
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SY
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ieta
ry
Ste
p 2
C –
Ad
d C
on
ve
cti
on
Ste
p 2
C –
Ad
d C
on
ve
cti
on
1.S
elec
t to
botto
m s
urfa
ce o
ppos
ite th
e H
eat F
lux
and
the
five
side
face
s
2.R
ight
mou
se c
lick
and
sele
ct “
Inse
rt>
Con
vect
ion”
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SY
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ropr
ieta
ry
Ste
p 2
C –
Set
Co
rre
lati
on
Ste
p 2
C –
Set
Co
rre
lati
on
1.S
elec
t Con
vect
ion
2.U
nder
C
orre
latio
n se
lect
Impo
rt…
3.S
elec
t Sta
gnan
t Air
–V
ertic
al P
lane
s1
4.C
lick
“OK
”
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ieta
ry
Ste
p 2
D –
Set
Co
nve
cti
on
Va
lue
Ste
p 2
D –
Set
Co
nve
cti
on
Va
lue
1.S
et th
e A
mbi
ent T
empe
ratio
nto
20
degr
ees
C
2.R
ight
clic
k an
d in
sert
an
othe
r C
onve
ctio
n
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SY
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ropr
ieta
ry
Ste
p 2
F –
Ad
d 2
nd
Con
ve
cti
on
Ste
p 2
F –
Ad
d 2
nd
Con
ve
cti
on
1.S
elec
t the
two
face
s su
rrou
ndin
g th
e H
eat F
lux
3.S
elec
t Cor
rela
tion
and
Impo
rt…
2.S
elec
t Geo
met
ry a
nd A
pply
4.S
elec
t Sta
gnan
t Air
–V
ertic
al P
lane
s
5.C
lick
“OK
”
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YS
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rved
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AN
SY
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ropr
ieta
ry
Ste
p 2
G –
Set
Co
nve
cti
on
Va
lue
Ste
p 2
G –
Set
Co
nve
cti
on
Va
lue
2.S
et th
e A
mbi
ent T
empe
ratu
re o
f the
ne
w C
onve
ctio
n to
40
degr
ees
C
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.19
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
–S
et
Req
uir
ed
Re
su
lts
Ste
p 3
–S
et
Req
uir
ed
Re
su
lts
1.S
elec
t the
Sol
utio
n2.
For
res
ults
in th
e T
herm
al M
enu
sele
ct
“Tem
pera
ture
”an
d th
en “
Tot
al H
eat
Flu
x”
3.S
elec
t Sol
ve
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.20
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 4
A –
Gra
phic
Re
su
lts
Ste
p 4
A –
Gra
phic
Re
su
lts
Rev
iew
you
r re
sults
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.21
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 4
B –
Tab
ula
r R
esu
lts
Ste
p 4
B –
Tab
ula
r R
esu
lts
1.S
elec
t you
r E
nviro
nmen
t
2.S
elec
t the
Wor
kshe
et
3.R
evie
w th
e ta
bula
r da
ta
rela
ted
to y
our
Sim
ulat
ion
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.22
AN
SY
S, I
nc. P
ropr
ieta
ry
Th
erm
al
Tra
nsie
nts
Th
erm
al
Tra
nsie
nts
•A
t thi
s po
int i
n th
e E
xerc
ise
you
have
co
mpl
eted
a s
tead
y st
ate
of th
erm
al a
naly
sis
of th
e iro
n•
The
rem
aind
er o
f thi
s ex
erci
se w
ill s
et u
p an
d co
mpl
ete
a tr
ansi
ent a
naly
sis
base
d on
you
r re
sults
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.23
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 5
A –
Se
ttin
g U
p T
ran
sie
nts
Ste
p 5
A –
Se
ttin
g U
p T
ran
sie
nts
1.S
elec
t you
r T
empe
ratu
re S
olut
ion
2.R
ight
mou
se c
lick
and
sele
ct G
ener
ate
Tra
nsie
nt E
nviro
nmen
t with
Initi
al C
ondi
tions
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.24
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 5
B –
Tra
nsie
nt
En
vir
on
me
nts
Ste
p 5
B –
Tra
nsie
nt
En
vir
on
me
nts
Not
e th
e cr
eatio
n of
you
r T
herm
al T
rans
ient
Env
ironm
ent
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.25
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 5
C –
Cre
ati
ng
His
tory
Da
taS
tep
5C
–C
rea
tin
g H
isto
ry D
ata
1.S
elec
t the
Hea
t Flu
x
2.S
et “
Def
ine
As”
to
“Loa
d H
isto
ry” 3.
Und
er “
His
tory
Dat
a”se
lect
“N
ew L
oad
His
tory
”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.26
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 5
D –
Lo
ad
ing
Data
Ste
p 5
D –
Lo
ad
ing
Data
1.E
nter
the
Hea
t Flu
x vs
. T
ime
valu
es a
s sh
own
abov
e
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.27
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6
–S
ett
ing U
p R
esu
lts
Ste
p 6
–S
ett
ing U
p R
esu
lts
1.S
elec
t “T
rans
ient
Set
tings
”
2.T
oggl
e of
f all
but H
eat F
lux
as
Vis
ible
and
Act
ive
3.R
etur
n to
the
“The
rmal
Tra
nsie
nt”
4.S
elec
t “S
olve
”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.28
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 7
A –
Re
vie
win
g R
esu
lts
Ste
p 7
A –
Re
vie
win
g R
esu
lts
1.R
evie
w y
our
resu
lts
Tak
e no
te o
f the
Tim
elin
e an
d T
abul
ar D
ata
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.29
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 7
B –
Re
vie
win
g T
ime
Ste
ps
Ste
p 7
B –
Re
vie
win
g T
ime
Ste
ps
1.S
elec
t a p
oint
of
inte
rest
in th
e T
imel
ine
2.R
ight
clic
k an
d R
etrie
ve R
esul
ts to
up
date
Gra
phic
and
Tab
ular
Dat
a
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.30
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 7
C –
Usin
g T
ab
ula
r D
ata
Ste
p 7
C –
Usin
g T
ab
ula
r D
ata
You
can
als
o se
lect
an
item
in th
e ta
ble
and
right
clic
k to
Ret
rieve
Res
ults
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.31
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 7
D –
Plo
ttin
g R
esu
lts
Ste
p 7
D –
Plo
ttin
g R
esu
lts
1.E
xpan
d th
e S
olut
ion
Info
rmat
ion
2.S
elec
t T
empe
ratu
re –
Glo
bal M
axim
um3.
Ope
n th
e W
orks
heet
to
view
a p
lot o
f the
res
ults
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.32
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 7
F –
Usin
g P
rob
es
Ste
p 7
F –
Usin
g P
rob
es
To
exam
ine
loca
l res
ults
in y
our
mod
el y
ou c
an in
sert
Pro
bes
1.S
elec
t you
r S
olut
ion
2.R
ight
clic
k an
d se
lect
“In
sert
>P
robe
Too
l>P
robe
”
3.D
rag
and
drop
des
ired
Pro
bes
4.S
olve
and
R
evie
w
Res
ults
Ret
urn
to th
e P
roje
ct P
age
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.33
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 8
–S
avin
g t
he
Pro
ject
Ste
p 8
–S
avin
g t
he
Pro
ject
1.S
elec
t “S
ave
All”
2.S
elec
t “C
lose
Pro
ject
”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.34
AN
SY
S, I
nc. P
ropr
ieta
ry
Co
ng
ratu
lati
on
s
Co
ng
ratu
lati
on
s
•Y
ou h
ave
com
plet
ed E
xerc
ise
6D–
The
rmal
Ste
ady
Sta
te S
imul
atio
n–
The
rmal
Tra
nsie
nt S
imul
atio
n•
The
nex
t Exe
rcis
e (6
E)
cove
rs–
Str
uctu
ral B
uckl
ing
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.35
AN
SY
S, I
nc. P
ropr
ieta
ry
Ex
erc
ise
6E
-O
utl
ine
Ex
erc
ise
6E
-O
utl
ine
•O
peni
ng a
mod
el•
Set
ting
Uni
t Loa
d an
d C
onst
rain
ts•
Set
ting
up a
Buc
klin
g M
ode
Sol
utio
n•
Rev
iew
ing
Res
ults
•S
ettin
g up
act
ual l
oads
•S
ettin
g up
the
Sol
utio
n•
Rev
iew
ing
Res
ults
•S
avin
g th
e P
roje
ct
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.36
AN
SY
S, I
nc. P
ropr
ieta
ry
Ge
ttin
g S
tart
ed
Ge
ttin
g S
tart
ed
Bef
ore
star
ting
Exe
rcis
e 6E
cop
y th
e fo
llow
ing
file
to a
loca
l wor
king
dire
ctor
y
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6E
.wbd
b…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise6
E.a
gdb
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6E
.dsd
b…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise6
E.e
ddb
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.37
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1
A –
Op
en
ing
th
e P
roje
ct
Ste
p 1
A –
Op
en
ing
th
e P
roje
ct
Bro
wse
for
and
open
Exe
rcis
e6E
.wbd
b
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.38
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1
B –
Cre
ati
ng
a S
imu
lati
on
Ste
p 1
B –
Cre
ati
ng
a S
imu
lati
on
1.S
elec
t the
geo
met
ry
2.O
pen
a N
ew S
imul
atio
n
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.39
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2
A –
Cre
ati
ng
Su
pp
ort
sS
tep
2A
–C
rea
tin
g S
upp
ort
s 2.S
elec
t the
face
at
one
end
of th
e an
gle
iron
1.S
elec
t the
Env
ironm
ent
3.R
ight
clic
k an
d in
sert
a
Fix
ed S
uppo
rt
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.40
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2
B –
Ap
ply
ing
a U
nit
Lo
ad
Ste
p 2
B –
Ap
ply
ing
a U
nit
Lo
ad
1.S
elec
t the
opp
osin
g en
d of
the
angl
e iro
n
2.R
ight
clic
k an
d in
sert
a F
orce
3.S
et “
Def
ine
By”
to “
Com
pone
nts”
4.S
et Z
to -
1 N
5.V
erify
For
ce D
irect
ion
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.41
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
A –
Cre
ati
ng
a S
olu
tion
Ste
p 3
A –
Cre
ati
ng
a S
olu
tion
1.S
elec
t the
Sol
utio
n
2.R
ight
clic
k an
d se
lect
“I
nser
t Buc
klin
g”
3.S
elec
t Sol
ve
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.42
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
B –
Re
vie
win
g 1
stM
od
eS
tep
3B
–R
evie
win
g 1
stM
od
e
Rev
iew
you
r fir
st
Nor
mal
Mod
e R
esul
ts
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.43
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
C –
Du
pli
ca
tin
g E
nvir
on
me
nt
Ste
p 3
C –
Du
pli
ca
tin
g E
nvir
on
me
nt
1.S
elec
t the
Env
ironm
ent
Rig
ht c
lick
and
sele
ct “
Dup
licat
e”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.44
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
D –
Ap
ply
ing
Ne
w F
orc
eS
tep
3D
–A
pp
lyin
g N
ew
Forc
e
1.S
elec
t the
For
ce
2.S
et th
e Z
Com
pone
nt to
-10
0 N
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.45
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
F –
Ad
din
g B
uc
kli
ng
Mo
de
sS
tep
3F
–A
dd
ing
Bu
ck
lin
g M
od
es
1.E
xpan
d th
e S
olut
ion
2.S
elec
t Buc
klin
g
3.S
et “
Max
Mod
es to
find
to 4
Set
the
disp
lay
to 4
Pan
es5.
Sel
ect S
olve
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.46
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 4
–R
evie
win
g M
od
es
Ste
p 4
–R
evie
win
g M
od
es
1.A
ltern
ate
sele
ctin
g ea
ch
view
and
the
Mod
e to
di
spla
y
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.47
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 5
–D
up
lic
ati
ng
En
vir
on
me
nt
Ste
p 5
–D
up
lic
ati
ng
En
vir
on
me
nt
1.S
elec
t you
r se
cond
Env
ironm
ent
2.R
ight
clic
k an
d se
lect
“D
uplic
ate”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.48
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6
A –
De
leti
ng
So
luti
on
Ste
p 6
A –
De
leti
ng
So
luti
on
1.S
elec
t the
new
Sol
utio
n
2.S
elec
t Buc
klin
g
3.R
ight
clic
k an
d se
lect
“D
elet
e”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.49
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6
B –
So
lvin
g f
or
Str
ess
Ste
p 6
B –
So
lvin
g f
or
Str
ess
1.S
elec
t a s
ingl
e pa
ne
2.S
elec
t the
Sol
utio
n 3.R
ight
clic
k an
d se
lect
“I
nser
t>S
tres
s>E
quiv
alen
t S
tres
s
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.50
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6
C –
So
lvin
g f
or
De
form
ati
on
Ste
p 6
C –
So
lvin
g f
or
De
form
ati
on
1.S
elec
t the
Sol
utio
n 2.R
ight
clic
k an
d se
lect
“I
nser
t>D
efor
mat
ion>
Tot
al”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.51
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 7
–R
evie
win
g R
esu
lts
Ste
p 7
–R
evie
win
g R
esu
lts
1.S
elec
t a tw
o vi
ew d
ispl
ay
2.A
ltern
atin
g be
twee
n vi
ews
and
resu
lts d
ispl
ay
Equ
ival
ent S
tres
s an
d T
otal
Def
orm
atio
n in
eac
h vi
ew
3.R
etur
n to
the
Pro
ject
P
age
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.52
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 8
–S
avin
g t
he
Pro
ject
Ste
p 8
–S
avin
g t
he
Pro
ject
1.S
elec
t “F
ile>
Sav
e A
ll”
2.S
elec
t “F
ile>
Clo
se P
roje
ct”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.53
AN
SY
S, I
nc. P
ropr
ieta
ry
Co
ng
ratu
lati
on
sC
ong
ratu
lati
on
s
•Y
ou h
ave
com
plet
ed E
xerc
ise
6E–
Nor
mal
ized
Buc
klin
g–
Buc
klin
g U
nder
Loa
ds–
Str
ess
and
defo
rmat
ion
unde
r C
ompr
essi
on•
The
nex
t Exe
rcis
e (6
F)
deal
s w
ith s
tres
s-lif
e fa
tigue
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.54
AN
SY
S, I
nc. P
ropr
ieta
ry
Ex
erc
ise
6F
-O
utl
ine
Ex
erc
ise
6F
-O
utl
ine
•O
peni
ng a
Pro
ject
•D
efin
ing
the
Env
ironm
ent
•D
efin
ing
a F
atig
ue S
olut
ion
•R
evie
win
g In
itial
Res
ults
•A
pply
ing
His
tory
Dat
a•
Exp
andi
ng F
atig
ue R
esul
ts•
Rev
iew
ing
Fat
igue
Out
puts
•S
avin
g th
e P
roje
ct
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.55
AN
SY
S, I
nc. P
ropr
ieta
ry
Ge
ttin
g S
tart
ed
Ge
ttin
g S
tart
ed
Bef
ore
star
ting
Exe
rcis
e 6F
cop
y th
e fo
llow
ing
file
to a
loca
l wor
king
dire
ctor
y
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6F
.wbd
b…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise6
F.a
gdb
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6F
.dsd
b…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise6
F.e
ddb
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.56
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1
A –
Op
en
ing
th
e P
roje
ct
Ste
p 1
A –
Op
en
ing
th
e P
roje
ct
Bro
wse
for
and
open
Exe
rcis
e6F
.wbd
b
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.57
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1
B –
Cre
ati
ng
a S
imu
lati
on
Ste
p 1
B –
Cre
ati
ng
a S
imu
lati
on
1.S
elec
t the
geo
met
ry
2.O
pen
a “N
ew S
imul
atio
n”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.58
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1
C –
Re
vie
win
g t
he
Mod
el
Ste
p 1
C –
Re
vie
win
g t
he
Mod
el
Rev
iew
and
Orie
nt th
e M
odel
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.59
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2
A –
Co
mp
on
en
t F
orc
eS
tep
2A
–C
om
po
ne
nt
Fo
rce
1.S
elec
t the
Env
ironm
ent
3.R
ight
clic
k an
d se
lect
“In
sert
>F
orce
”
2.S
elec
t the
face
to b
e lo
aded
4.S
et “
Def
ine
By”
to “
Com
pone
nts”
5.S
et th
e Z
Com
pone
nt to
-45
00 N
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.60
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2
B –
Cyli
nd
rica
l S
up
po
rts
Ste
p 2
B –
Cyli
nd
rica
l S
up
po
rts 2.
Sel
ect t
he fa
ces
of
the
two
bolt
hole
s
1.S
elec
t the
Env
ironm
ent
3.R
ight
clic
k an
d se
lect
“I
nser
t>C
ylin
dric
al
Sup
port
”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.61
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2
C –
Cyli
nd
ric
al
Co
nstr
ain
tS
tep
2C
–C
yli
nd
ric
al
Co
nstr
ain
t
1.S
et “
Rad
ial”
= F
ixed
“Axi
al”
= F
ree
“Tan
gent
ial”
= F
ree
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.62
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2
D –
Fix
ed
Su
pp
ort
Ste
p 2
D –
Fix
ed
Su
pp
ort
1.S
elec
t the
face
of
the
pist
on p
in h
ole
2.R
ight
clic
k an
d se
lect
“I
nser
t>F
ixed
Sup
port
”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.63
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2
E –
Va
lida
te E
nvir
on
me
nt
Ste
p 2
E –
Va
lida
te E
nvir
on
me
nt
1.S
hift
or C
trl l
eft m
ouse
clic
k an
d se
lect
the
com
pone
nts
of
the
Env
ironm
ent
2.V
isua
lly
valid
ate
the
mod
el
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.64
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
A –
Set
Str
ess R
esu
ltS
tep
3A
–S
et
Str
ess R
esu
lt
1.S
elec
t the
Sol
utio
n
2.R
ight
clic
k an
d se
lect
“I
nser
t>S
tres
s>E
quiv
alen
t S
tres
s”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.65
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
B –
Se
t D
efo
rma
tio
n R
esu
ltS
tep
3B
–S
et
De
form
ati
on
Re
su
lt
1.R
ight
clic
k an
d se
lect
“I
nser
t>D
efor
mat
ion>
Tot
al”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.66
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
C –
Insert
Fa
tigu
e T
oo
lS
tep
3C
–In
sert
Fa
tigu
e T
oo
l
1.R
ight
clic
k an
d se
lect
“I
nser
t>F
atig
ue>
Fat
igue
Too
l”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.67
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
D –
Fa
tigu
e C
on
dit
ion
sS
tep
3D
–Fa
tigu
e C
on
dit
ion
s
1.S
et th
e F
atig
ue S
tren
gth
Fac
tor
to 0
.8
2.S
et th
e T
ype
to “
Ful
ly R
ever
sed”
3.S
et th
e A
naly
sis
Typ
e to
“S
tres
s Li
fe”
4.S
et th
e S
tres
s C
ompo
nent
to
Equ
ival
ent (
Von
Mis
es)
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.68
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
E –
Safe
ty F
ac
tor
Ste
p 3
E –
Safe
ty F
ac
tor
1.S
elec
t the
“F
atiq
ueT
ool”
2.R
ight
clic
k an
d se
lect
“I
nser
t>S
afet
y F
acto
r”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.69
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
F –
Sett
ing
De
sig
n L
ife
Ste
p 3
F –
Sett
ing
De
sig
n L
ife
Set
the
Des
ign
Life
to 1
e6
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.70
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
E –
Fati
gu
e S
en
sit
ivit
yS
tep
3E
–F
ati
gu
e S
en
sit
ivit
y
1.R
ight
clic
k an
d se
lect
“I
nser
t>F
atig
ue
Sen
sitiv
ity”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.71
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
F –
Sett
ing
Se
nsit
ivit
yS
tep
3F
–S
ett
ing
Se
nsit
ivit
y
1.S
et th
e Lo
wer
Var
iatio
n to
50%
Set
the
Upp
er V
aria
tion
to 2
00%
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.72
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 3
G –
Bia
xia
l In
dic
ati
on
sS
tep
3G
–B
iax
ial
Ind
icati
on
s
1.S
elec
t the
Fat
igue
Too
l
1.R
ight
clic
k an
d se
lect
“I
nser
t>B
iaxi
ality
Indi
catio
n”
3.S
elec
t Sol
ve
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.73
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 4
A –
Exa
min
ing
Re
su
lts
Ste
p 4
A –
Exa
min
ing
Re
su
lts
1.S
elec
t a fo
ur v
iew
layo
ut
2.A
ltern
atin
g be
twee
n vi
ew
sele
ctio
n an
d re
sult
sele
ctio
n re
view
you
r re
sults
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.74
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 4
B –
Sen
sit
ivit
y P
lots
Ste
p 4
B –
Sen
sit
ivit
y P
lots
1.S
elec
t “F
atig
ue S
ensi
tivity
”to
vie
w
the
life
vers
us lo
ad h
isto
ry c
urve
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.75
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 5
A –
Cre
ate
His
tory
So
luti
on
Ste
p 5
A –
Cre
ate
His
tory
So
luti
on
1.S
elec
t the
Sol
utio
n
2.R
ight
clic
k an
d se
lect
“I
nser
t>F
atig
ue>
Fat
igue
Too
l”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.76
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 5
B –
De
fin
ing
His
tory
In
pu
tsS
tep
5B
–D
efi
nin
g H
isto
ry I
np
uts
1.S
et th
e F
atig
ue S
tren
gth
Fac
tor
to 0
.8
2.S
et th
e T
ype
to “
His
tory
Dat
a”
3.B
row
se fo
r an
d op
en “
SA
EB
rack
etH
isto
ry.d
at”
as
the
His
tory
Dat
a Lo
catio
n
Set
the
Sca
le F
acto
r 5e
-3 a
nd th
e T
heor
y to
Goo
dman
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.77
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 5
C –
Set
His
tory
So
luti
on
Ste
p 5
C –
Set
His
tory
So
luti
on
1.S
et th
e S
cale
Fac
tor
5e-3
2.S
et th
e M
ean
Str
ess
The
ory
to G
oodm
an
3.S
et th
e S
tres
s C
ompo
nent
to
“Sig
ned
Von
Mis
es”
4.S
et th
e B
in S
ize
to 3
2
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.78
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6
A –
Set
Re
su
lts (
Lif
e)
Ste
p 6
A –
Set
Re
su
lts (
Lif
e)
1.S
elec
t the
new
Fat
igue
Too
l
2.R
ight
clic
k an
d se
lect
“In
sert
>Li
fe”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.79
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6
B –
Re
su
lt (
Sa
fety
Fa
cto
r)S
tep
6B
–R
esu
lt (
Sa
fety
Fa
cto
r)
1.S
elec
t the
Fat
igue
Too
l
2.R
ight
clic
k an
d se
lect
“In
sert
>S
afet
y F
acto
r”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.80
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6
C –
Safe
ty F
ac
tor
Lif
eS
tep
6C
–S
afe
ty F
ac
tor
Lif
e
1.S
et th
e D
esig
n Li
fe to
100
0
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.81
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6
D –
Fa
tigu
e S
en
sit
ivit
yS
tep
6D
–Fa
tigu
e S
en
sit
ivit
y
1.S
elec
t the
new
Fat
igue
Too
l
2.R
ight
clic
k an
d se
lect
“F
atig
ue S
ensi
tivity
”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.82
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6
E –
Sen
sit
ivit
y V
ari
ati
on
Ste
p 6
E –
Sen
sit
ivit
y V
ari
ati
on
1.S
et th
e Lo
wer
Var
iatio
n to
50%
Set
the
Upp
er V
aria
tion
to 2
00%
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.83
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6
F –
Bia
xia
l In
dic
ati
on
Ste
p 6
F –
Bia
xia
l In
dic
ati
on
1.S
elec
t the
Fat
igue
Too
l
2.R
ight
clic
k an
d se
lect
“B
iaxi
al In
dica
tion”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.84
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6
G –
Ra
infl
ow
Ma
trix
Ste
p 6
G –
Ra
infl
ow
Ma
trix
1.S
elec
t the
Fat
igue
Too
l
2.R
ight
clic
k an
d se
lect
“R
ainf
low
Mat
rix”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.85
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6
F –
Da
mag
e M
atr
ixS
tep
6F
–D
am
ag
e M
atr
ix
1.S
elec
t the
Fat
igue
Too
l
2.R
ight
clic
k an
d se
lect
“D
amag
e M
atrix
”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.86
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 6
G –
Da
mag
e M
atr
ix L
ife
Ste
p 6
G –
Da
mag
e M
atr
ix L
ife
1.S
et th
e D
esig
n Li
fe in
th
e D
amag
e M
atrix
to
10002.
Sel
ect S
olve
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.87
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 7
A –
Exa
min
gR
esu
lts
Ste
p 7
A –
Exa
min
gR
esu
lts
Sel
ect a
four
vie
w la
yout
2.A
ltern
atin
g be
twee
n vi
ew
sele
ctio
n an
d re
sult
sele
ctio
n re
view
you
r re
sults
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.88
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 7
B –
Lif
e/L
oa
d H
isto
ry P
lot
Ste
p 7
B –
Lif
e/L
oa
d H
isto
ry P
lot
1.S
elec
t Fat
igue
Sen
sitiv
ity to
pl
ot L
ife v
ersu
s Lo
ad
His
tory
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.89
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 7
C –
The
Ra
infl
ow
Matr
ixS
tep
7C
–T
he
Ra
infl
ow
Matr
ix
1.S
elec
t the
Rai
nflo
wM
atrix
Not
e: T
he m
ajor
ity o
f cyc
le
coun
ts a
re fo
r lo
w m
ean
stre
ss a
nd lo
w s
tres
s am
plitu
de
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.90
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 7
D –
The
Da
mag
e M
atr
ixS
tep
7D
–T
he
Da
mag
e M
atr
ix
1.S
elec
t the
Dam
age
Mat
rix
Not
e: T
he m
ediu
m s
tres
s am
plitu
de c
ycle
s ca
use
the
mos
t dam
age
at c
ritic
al
loca
tions
2.S
elec
t the
fold
er ta
b to
ret
urn
to th
e P
roje
ct P
age
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.91
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 8
–S
avin
g t
he
Pro
ject
Ste
p 8
–S
avin
g t
he
Pro
ject
1.S
elec
t “F
ile>
Sav
e A
ll”to
sav
e yo
ur P
roje
ct
2.S
elec
t “F
ile>
Clo
se P
roje
ct”
to e
xit y
our
Pro
ject
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.92
AN
SY
S, I
nc. P
ropr
ieta
ry
Co
ng
ratu
lati
on
sC
ong
ratu
lati
on
s
•Y
ou h
ave
com
plet
ed E
xerc
ise
6F–
Str
ess-
Life
Fat
igue
–S
tres
s-Li
fe b
ased
on
His
tory
Dat
a–
Res
ult D
efin
ition
–R
esul
t Rev
iew
incl
udin
g R
ainf
low
and
Dam
age
Mat
rix o
utpu
t•
The
nex
t Exe
rcis
e (6
F)
deal
s w
ith th
e us
e of
S
ymm
etry
whe
n pe
rfor
min
g S
imul
atio
ns
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.93
AN
SY
S, I
nc. P
ropr
ieta
ry
Ex
erc
ise
6G
-O
utl
ine
Ex
erc
ise
6G
-O
utl
ine
•O
peni
ng th
e P
roje
ct•
Def
inin
g 3D
Env
ironm
ent a
nd S
olut
ion
•R
evie
win
g R
esul
ts•
Cre
atin
g a
3D S
ymm
etric
Seg
men
t•
Def
inin
g an
d S
olvi
ng 3
D S
ymm
etry
•R
evie
win
g R
esul
ts B
ased
on
Sym
met
ry•
Cre
atin
g a
2D S
ymm
etry
Pla
ne•
Def
inin
g an
d S
olvi
ng a
2D
Sol
utio
n•
Rev
iew
ing
and
Sav
ing
Res
ults
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.94
AN
SY
S, I
nc. P
ropr
ieta
ry
Ge
ttin
g S
tart
ed
Ge
ttin
g S
tart
ed
Bef
ore
star
ting
Exe
rcis
e 6G
cop
y th
e fo
llow
ing
file
to a
loca
l wor
king
dire
ctor
y
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6G
.wbd
b…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise6
G.a
gdb
…\A
NS
YS
ED
Tut
oria
l\Sam
ples
\Exe
rcis
e6G
.dsd
b…
\AN
SY
S E
D T
utor
ial\S
ampl
es\E
xerc
ise6
G.e
ddb
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.95
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1
A –
Op
en
ing
th
e P
roje
ct
Ste
p 1
A –
Op
en
ing
th
e P
roje
ct
Bro
wse
for
and
open
exe
rcis
e6G
.wbd
b
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.96
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 1
B –
Cre
ati
ng
a S
olu
tion
Ste
p 1
B –
Cre
ati
ng
a S
olu
tion
1.S
elec
t the
geo
met
ry
2.S
tart
a N
ew S
imul
atio
n
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.97
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2
A –
De
fin
ing
Fix
ed
Su
pp
ort
Ste
p 2
A –
De
fin
ing
Fix
ed
Su
pp
ort
2.S
elec
t the
out
er fa
ce o
f the
ret
aini
ng r
ing
2.R
ight
clic
k an
d se
lect
“I
nser
t>F
ixed
Sup
port
”
1.S
elec
t the
Env
ironm
ent
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.98
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2
B –
Co
mpre
ssio
n S
upp
ort
Ste
p 2
B –
Co
mpre
ssio
n S
upp
ort
1.S
elec
t the
bas
ed o
f th
e pr
essu
re c
ap
2.R
ight
clic
k an
d se
lect
“In
sert
>C
ompr
essi
on O
nly
Sup
port
”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.99
AN
SY
S, I
nc. P
ropr
ieta
ry
Ste
p 2
C –
Ap
ply
ing
Pre
ssu
reS
tep
2C
–A
pp
lyin
g P
ressu
re
1.S
elec
t the
E
nviro
nmen
t
2.R
ight
clic
k an
d se
lect
“In
sert
>P
ress
ure”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.10
0A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 2
D –
Pre
ssu
re a
nd
Lim
its
Ste
p 2
D –
Pre
ssu
re a
nd
Lim
its
1.S
elec
t one
face
of t
he c
ap in
terio
r
2.F
rom
the
tool
bar
sele
ct
“Ext
end
to L
imits
”
3.S
elec
t “G
eom
etry
”an
d A
pply
”
4.S
et th
e M
agni
tude
to 1
MP
a
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.10
1A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 2
E –
Va
lida
ting
Lim
its
Ste
p 2
E –
Va
lida
ting
Lim
its
1.V
alid
ate
that
the
Pre
ssur
e ha
s be
en
appl
ied
to th
e en
tire
inte
rior
of th
e C
ap
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.10
2A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 2
F –
Va
lidati
ng
Inp
uts
Ste
p 2
F –
Va
lidati
ng
Inp
uts
1.S
hift
or C
trl a
nd le
ft m
ouse
clic
k E
nviro
nmen
tal I
tem
s
2.V
alid
ate
your
load
s an
d co
nstr
aint
s
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.10
3A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 2
G –
Str
ess R
eq
uir
em
en
tsS
tep
2G
–S
tre
ss R
eq
uir
em
en
ts
1.S
elec
t the
Sol
utio
n
2.R
ight
clic
k an
d se
lect
“In
sert
>S
tres
s>E
quiv
alen
t (V
on M
ises
)”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.10
4A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 2
H –
Defo
rma
tion
Ste
p 2
H –
Defo
rma
tion
1.S
elec
t the
Sol
utio
n
2.R
ight
clic
k an
d se
lect
“In
sert
>D
efor
mat
ion>
Tot
al”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.10
5A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 2
J –
Set
Co
nta
ct
Typ
eS
tep
2J
–S
et
Co
nta
ct
Typ
e
1.E
xpan
d an
d se
lect
the
“Con
tact
Reg
ion”
2.S
et th
e C
onta
ct T
ype
to “
Fric
tionl
ess”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.10
6A
NS
YS
, Inc
. Pro
prie
tary
Me
sh
ing
Note
Me
sh
ing
Note
•In
the
rem
aind
er o
f thi
s ex
erci
se m
eshi
ng
cond
ition
s w
ill b
e ap
plie
d to
insu
re th
at th
e pr
oble
m c
an b
e so
lved
with
in th
e 10
00
elem
ent c
onst
rain
t of A
NS
YS
ED
•T
hese
act
ions
wou
ld n
ot b
e re
quire
d us
ing
the
stan
dard
AN
SY
S p
rodu
cts
•T
he in
tent
is to
dem
onst
rate
pro
cess
but
the
accu
racy
of r
esul
ts w
ill v
ary
betw
een
solu
tions
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.10
7A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 2
K –
Siz
ing
the
Me
sh
Ste
p 2
K –
Siz
ing
the
Me
sh
1.S
elec
t the
Mes
h
4.R
ight
clic
k an
d se
lect
“In
sert
>S
izin
g”
2.S
et th
e M
esh
Rel
evan
ce to
-10
0 (t
his
will
re
duce
mes
h an
d so
lutio
n ac
cura
cy)
3.S
elec
t the
two
solid
s
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.10
8A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 2
L –
Set
Ele
men
t S
ize
Ste
p 2
L –
Set
Ele
men
t S
ize
1.S
et th
e E
lem
ent S
ize
to 5
0 m
m
2.S
elec
t Sol
ve
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.10
9A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 3
–R
evie
win
g R
esu
lts
Ste
p 3
–R
evie
win
g R
esu
lts
1.S
elec
t a tw
o vi
ew la
yout
2.A
ltern
atin
g be
twee
n vi
ew
sele
ctio
n an
d re
sult
sele
ctio
n re
view
you
r re
sults
3.R
etur
n to
the
Pro
ject
Pag
e
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.11
0A
NS
YS
, Inc
. Pro
prie
tary
3D
Sym
me
try
3D
Sym
me
try
•S
ymm
etry
is a
way
to r
educ
e th
e si
ze a
nd
impr
ove
the
perf
orm
ance
of S
imul
atio
ns•
Sym
met
ry c
an b
e ap
plie
d to
bot
h si
mpl
e an
d co
mpl
ex m
odel
s w
hich
can
be
segm
ente
d in
to e
qual
and
com
pone
nts
in te
rms
of s
hape
, lo
ads
and
cons
trai
nts
•T
his
next
por
tion
of th
is e
xerc
ise
will
take
our
si
mpl
e m
odel
and
div
ide
it in
to fo
ur s
ymm
etric
co
mpo
nent
s fo
r S
imul
atio
n
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.11
1A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 4
–C
op
yin
g G
eo
metr
yS
tep
4 –
Cop
yin
g G
eo
metr
y
1.S
elec
t the
exi
stin
g D
esig
nMod
eler
geo
met
ry
2.S
elec
t Ope
n C
opy
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.11
2A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 4
B –
Set
the
Sk
etc
h P
lane
Ste
p 4
B –
Set
the
Sk
etc
h P
lane
1.S
elec
t th
e Z
XP
lane
2.S
elec
t the
New
Ske
tch
ICO
N
3.S
elec
t the
Fac
e S
ketc
h IC
ON
4.S
elec
t Ske
tchi
ng m
ode
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.11
3A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 4
C –
Defi
nin
g a
Cu
tS
tep
4C
–D
efi
nin
g a
Cu
t
1.S
elec
t Dra
w L
ine
2.D
raw
two
lines
pro
ject
ing
from
an
axis
of
sym
met
ry th
roug
h th
e ex
tent
s of
the
solid
s
3.S
elec
t Dim
ensi
ons
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.11
4A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 4
D –
Dim
en
sio
n t
he
Se
gm
en
tS
tep
4D
–D
ime
nsio
n t
he
Se
gm
en
t
1.S
elec
t Ang
le
2.S
elec
t the
2 li
nes
and
drag
an
d dr
op a
dim
ensi
on3.
Set
the
angl
e to
30
4.S
elec
t the
ch
eck
box
5.N
ame
the
para
met
er
“Ang
leO
fSym
met
ry”
and
clic
k “O
K”
6.S
elec
t E
xtru
de
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.11
5A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 4
F –
Sli
cin
g t
he
Se
gm
en
tS
tep
4F
–S
lic
ing
the
Se
gm
en
t
1.S
et th
e O
pera
tion
to “
Slic
e M
ater
ial”
2.S
et D
irect
ion
to “
Bot
h S
ymm
etric
”
3.S
et th
e D
epth
to 5
0
4.S
et A
s T
hin
Sur
face
to Y
es
5.S
et T
hick
ness
’to
0
7.R
etur
n to
M
odel
ing
Mod
e
6.S
elec
t Gen
erat
e
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.11
6A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 4
G –
Sup
pre
ssin
g S
oli
ds
Ste
p 4
G –
Sup
pre
ssin
g S
oli
ds
1.E
xpan
d P
arts
in th
e O
utlin
e
2.S
hift
or C
trl l
eft m
ouse
clic
k an
d se
lect
sol
ids
that
are
not
to b
e a
part
of t
he S
imul
atio
n
3.R
ight
clic
k an
d se
lect
“S
uppr
ess
Bod
y”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.11
7A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 5
A –
Defi
nin
g a
So
luti
on
Ste
p 5
A –
Defi
nin
g a
So
luti
on
1.S
elec
t the
new
geo
met
ry
2.S
elec
t New
Sim
ulat
ion
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.11
8A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 5
B –
De
leti
ng
Defa
ult
sS
tep
5B
–D
ele
tin
g D
efa
ult
s
1.S
elec
t the
New
Env
ironm
ent
2.R
ight
clic
k an
d se
lect
“D
elet
e”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.11
9A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 5
C –
Co
pyin
g E
nvir
on
men
tS
tep
5C
–C
op
yin
g E
nvir
on
men
t
1.S
elec
t you
r pr
evio
us E
nviro
nmen
t
2.R
ight
clic
k an
d se
lect
“C
opy”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.12
0A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 5
D –
Pa
sti
ng
En
vir
on
men
tS
tep
5D
–P
asti
ng
En
vir
on
men
t
1.S
elec
t the
new
Mod
el
2.R
ight
clic
k an
d se
lect
“P
aste
”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.12
1A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 5
E –
Att
ach
Su
ppo
rtS
tep
5E
–A
tta
ch
Su
ppo
rt
1.S
elec
t the
Fix
ed S
uppo
rt
2.S
elec
t the
out
er fa
ce o
f the
ret
aini
ng r
ing
3.S
elec
t App
ly
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.12
2A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 5
F –
Att
ach
Ne
xt
Sup
port
Ste
p 5
F –
Att
ach
Ne
xt
Sup
port
1.S
elec
t the
Com
pres
sion
Onl
y S
uppo
rt
2.S
elec
t the
bas
e of
the
pres
sure
cap
3.S
elec
t App
ly
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.12
3A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 5
G –
Att
ach
Pre
ssu
reS
tep
5G
–A
tta
ch
Pre
ssu
re
1.S
elec
t the
Pre
ssur
e
2.S
elec
t the
inte
rior
of th
e pr
essu
re c
ap
4.S
elec
t App
ly3.S
elec
t Ext
end
to L
imits
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.12
4A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 5
H –
Ad
d F
ric
tio
nle
ss S
up
po
rts
Ste
p 5
H –
Ad
d F
ric
tio
nle
ss S
up
po
rts
1.S
elec
t the
face
s co
mpr
isin
g sy
mm
etry
2.R
ight
clic
k an
d se
lect
“In
sert
>F
rictio
nles
s S
uppo
rt”
3.S
elec
t Sol
ve
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.12
5A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 6
–R
evie
w R
esu
lts
Ste
p 6
–R
evie
w R
esu
lts
1.S
elec
t a tw
o vi
ew la
yout
2.A
ltern
atin
g be
twee
n vi
ew
sele
ctio
n an
d re
sult
sele
ctio
n re
view
you
r re
sults
3.R
etur
n to
the
Pro
ject
Pag
e
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.12
6A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 7
A –
Co
pyin
g G
eo
me
try
Ste
p 7
A –
Co
pyin
g G
eo
me
try
1.S
elec
t the
orig
inal
geo
met
ry
Sel
ect “
Ope
n C
opy”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.12
7A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 7
B –
Defi
nin
g a
Sk
etc
hS
tep
7B
–D
efi
nin
g a
Sk
etc
h
Not
e: T
o us
e 2D
axi
s-sy
mm
etric
S
imul
atio
n yo
u ne
ed to
cre
ate
a pr
ofile
in p
ositi
ve X
of t
he g
loba
l co
ordi
nate
sys
tem
1.S
elec
t the
ZX
Pla
ne
2.S
elec
t the
N
ew S
ketc
h IC
ON
4.S
elec
t Ske
tchi
ng M
ode
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.12
8A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 7
C –
Defi
nin
g a
Cu
tS
tep
7C
–D
efi
nin
g a
Cu
t
1.S
elec
t Dra
w L
ine
2.D
raw
2 li
nes
from
th
e or
igin
of t
he
sket
ch in
the
dire
ctio
ns o
f the
gl
obal
+X
an
+Z
ax
is
Sel
ect E
xtru
de
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.12
9A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 7
D –
Cu
ttin
g t
he
Mo
de
lS
tep
7D
–C
utt
ing
the
Mo
de
l
1.S
et th
e O
pera
tion
to “
Slic
e M
ater
ial”
2.S
et D
irect
ion
to “
Bot
h S
ymm
etric
”
3.S
et th
e D
epth
to 5
0
4.S
et A
s T
hin
Sur
face
to Y
es
5.S
et T
hick
ness
’to
0
7.R
etur
n to
M
odel
ing
Mod
e
6.S
elec
t Gen
erat
e
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.13
0A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 7
F –
Sup
pre
ssin
g S
oli
ds
Ste
p 7
F –
Sup
pre
ssin
g S
oli
ds
1.S
elec
t the
two
larg
er s
egm
ents
of t
he c
ap a
nd r
ing
2.R
ight
clic
k an
d se
lect
“S
uppr
ess
Bod
y”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.13
1A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 7
F –
Defi
nin
g 2
D M
ode
lS
tep
7F
–D
efi
nin
g 2
D M
ode
l
1.S
elec
t the
pla
nes
of s
ymm
etry
co
rres
pond
ing
to th
e gl
obal
+X
axi
s
2.S
elec
t App
ly
3.S
et T
hick
ness
to 0
4.S
elec
t Gen
erat
e
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.13
2A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 7
F –
Ve
rify
ing
Ori
enta
tio
nS
tep
7F
–V
eri
fyin
g O
rie
nta
tio
n
1.V
erify
that
the
face
s lie
in th
e po
sitiv
e X
ve
ctor
and
XY
pla
ne o
f the
glo
bal
coor
dina
te s
yste
m
2.S
elec
t the
fold
er ta
b to
ret
urn
to th
e P
roje
ct P
age
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.13
3A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 8
A –
Cre
ati
ng a
2D
Sim
ula
tio
nS
tep
8A
–C
rea
tin
g a
2D
Sim
ula
tio
n
1.S
elec
t the
late
st g
eom
etry
2.E
xpan
d A
dvan
ced
Geo
met
ry D
efau
lts
3.S
et A
naly
sis
Typ
e to
2-D
4.S
elec
t New
Sim
ulat
ion
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.13
4A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 8
B –
De
leti
ng
Defa
ult
sS
tep
8B
–D
ele
tin
g D
efa
ult
s
1.S
elec
t the
new
Env
ironm
ent
2.R
ight
clic
k an
d se
lect
“D
elet
e”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.13
5A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 8
C –
Co
pyin
g E
nvir
on
men
tS
tep
8C
–C
op
yin
g E
nvir
on
men
t
1.S
elec
t the
pre
viou
s E
nviro
nmen
t
2.R
ight
clic
k an
d se
lect
“C
opy”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.13
6A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 8
D –
Pa
sti
ng
En
vir
on
men
tS
tep
8D
–P
asti
ng
En
vir
on
men
t
1.S
elec
t the
new
Mod
el
2.R
ight
clic
k an
d se
lect
“P
aste
”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.13
7A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 8
F –
Att
ach
ing
Su
pp
ort
Ste
p 8
F –
Att
ach
ing
Su
pp
ort
1.S
elec
t the
Fix
ed S
uppo
rt
2.S
elec
t the
out
er e
dge
of th
e re
tain
ing
ring
3.S
elec
t App
ly
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.13
8A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 8
G –
Att
ac
hin
g N
ex
t S
up
po
rtS
tep
8G
–A
tta
ch
ing
Ne
xt
Su
pp
ort
1.S
elec
t the
Com
pres
sion
Onl
y S
uppo
rt
2.S
elec
t the
bas
e of
the
pres
sure
cap
3.S
elec
t App
ly
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.13
9A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 8
H –
Att
ach
ing
Pre
ssu
reS
tep
8H
–A
tta
ch
ing
Pre
ssu
re
1.S
elec
t the
Pre
ssur
e
2.S
elec
t the
3 e
dges
of t
he in
ner
cap
3.S
elec
t App
ly
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.14
0A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 8
J –
Defi
ne
Ax
isS
tep
8J
–D
efi
ne
Ax
is
1.S
elec
t the
Fric
tionl
ess
Sup
port
2.S
elec
t the
axi
s of
sym
met
ry
3.S
elec
t App
ly
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.14
1A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 8
K –
Set
Co
nta
ct
Typ
eS
tep
8K
–S
et
Co
nta
ct
Typ
e
1.S
elec
t the
Con
tact
Reg
ion
2.S
et th
e T
ype
to F
rictio
nles
s
3.S
elec
t Sol
ve
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.14
2A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 9
A –
Re
vie
w R
esu
lts
Ste
p 9
A –
Re
vie
w R
esu
lts
1.S
elec
t a tw
o vi
ew la
yout
2.A
ltern
atin
g be
twee
n vi
ew s
elec
tion
and
resu
lt se
lect
ion
revi
ew y
our
resu
lts
3.R
etur
n to
the
Pro
ject
Pag
e
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.14
3A
NS
YS
, Inc
. Pro
prie
tary
Ste
p 9
B –
Sa
ve
th
e P
roje
ct
Ste
p 9
B –
Sa
ve
th
e P
roje
ct
1.S
elec
t Sav
e A
ll
Sel
ect “
Exi
t”
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.14
4A
NS
YS
, Inc
. Pro
prie
tary
Co
ng
ratu
lati
on
sC
ong
ratu
lati
on
s
•A
t thi
s po
int y
ou s
houl
d ha
ve c
ompl
eted
E
xerc
ises
1 th
roug
h 6G
of t
he A
NS
YS
ED
W
orkb
ench
Tut
oria
l•
Whi
le y
ou h
ave
only
vis
ited
a lim
ited
set o
f A
NS
YS
Wor
kben
ch fu
nctio
nalit
y, y
ou s
houl
d ha
ve d
evel
oped
eno
ugh
expe
rienc
e to
ex
plor
e ad
ditio
nal f
eatu
res
•W
e ho
pe y
ou h
ave
enjo
yed
your
exp
erie
nces
©20
06 A
NS
YS
, Inc
. A
ll rig
hts
rese
rved
.14
5A
NS
YS
, Inc
. Pro
prie
tary
Mo
vin
g F
orw
ard
Mo
vin
g F
orw
ard
•If
you
wis
h to
lear
n m
ore
abou
t the
AN
SY
S
Wor
kben
ch o
r m
ore
com
preh
ensi
ve tr
aini
ng:
–C
onta
ct y
our
AN
SY
S te
chno
logy
sup
plie
ror –
Vis
it w
ww
.ans
ys.c
om
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