2006-04-06 gstabl7 with stedwin final_4!5!06

8/13/2019 2006-04-06 GSTABL7 With STEDwin Final_4!5!06

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GSTABL7

INPUTS: SOIL GEOMETRY TOTAL UNIT WEIGHT OF SOILFRICTION ANGLE HEIGHT OF WATER TABLESATURATED UNIT WEIGHT

OUTPUTS: PREDICTED FAILURE SURFACE& MINIMUM FACTOR OF SAFETY

1) START GSTABL7

2) CREATE A NEW FILE, SAVE TO H: DRIVE

3) ENTER SOIL PROFILE

4) ENTER PIEOMETRIC SURFACES

!) ENTER SOIL PROPERTIES

") DEFINE ANALYSIS TYPE

7) E#ECUTE GSTABL7$E#E

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- e t

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- g t

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Below Bnd1 top 0.00 0.00 .00 11.00 !

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top 1"0.00 "0.00 1#".00 "0.00 1

$ top 1#".00 "0.00 !00.00 "0.00 !

" .00 11.00 #".$% 11.$0 !

& #".$% 11.$0 10&.#" 1&.0" !

# 10&.#" 1&.0" 1"0.00 !'.00 !

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% 1#$."0 %.%" 1#".00 "0.00 !

(ie)o*etri+ Surfa+e,

Surfa+e 1 X Y

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GSTABL7 4-5-2006

1. IntroductionSTBL# with ST/0win i, a +o*ination of STBL#2a ,lope ,taility progra*2 and ST/0win2a window,-a,ed ,*art editor for STBL#. STBL# i, a,ed on the (3STBL&-1%'& ,lope

,taility ,oftware de4eloped y (urdue 5ni4er,ity.A '(*+%+- ./.0+'/ *'/+(+ ' ..'*.*+5- 6"7! -5 G-+5- G+58+/9('/.* E('(++-'($

2. Purpose of GSTABL7 wit ST!"winSTBL# allow, for the analy,i, of ,lope ,taility gi4en 4ariou, +riterion. STBL# analy,i,inputted ,oil +ondition, a, well a, inputted ,oil i*pro4e*ent,6geote7tile,2 geogrid,2 pier,2tiea+8,2 and ,ur+harging to na*e a few.

Data Needed:

Boundary Coordinates

1) T5 +'( '( GSTABL7 5+( 89+ STED;'(

A(0 GSTABL7$+New. 95;(:

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1'') A8+- /-+.8'( . (+; '*+, S.+ '8 /*'/='( 5( F'*+> S.+ A

1''') C9.(+ 89+ 0+.*8 0'-+/85- 85 5-H: ? D-'+ .(0 /-+.8+ . (.+ '( 89+$ie na%e5


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Pie4o%etri" Sur&a"es

!) T9+ (+


5/7

"') T9+ C'-/*+, C'-/*+2, 5- R.(05 S+.-/9 M+8950 ;'** .(.*+ . 5'* '( 89+5**5;'( +- 0+'(+0 /-'8+-'.$Initiation Points: 8;5 5'(8 5( 89+ 05;(*5+ -./+$ F.'*-+ -./+ '('8'.8+

+8;++( 89++ 8;5 5'(8

Ter%ination Points: 8;5 5'(8 5( 89+ *5+ -./+$ F.'*-+ -./+ 8+-'(.8+

+8;++( 89++ 8;5 5'(8$Nu%-er o& Sur&a"es !er !oint: G8.* -+/5+(0 '( . .*+ 5 2%4 -./+ @5-

+Con&i.ure Sted5in(

7'K) C*'/= 5( 89+ 0+.*8 STABL -5-.'+*0 89+( 5( 89+ '*+ 5*0+- 85 89+ -'98

. 95;(:

7''K) +*+/8 GSTABL7(E=E -5 89+ C:0-'+ .(0 /*'/=O3(

7') Re!eat ste! 9, 89+( /*'/= Sa+e $ie and Run Sta-(

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Printin. GSTABL

) A8+- -(('( GSTABL7, . -.9'/.* -+-++(8.8'5( 5 89+ .'*-+ -./+/.*/*.8'5( ;'** + 0'*.+0$ C*'/= Done$ GSTABL ;'** 89+( 0'*. 89+ 158 -5.*+ .'*-+ -./+ . ;+** . ./85- 5 .+8$ T9+ 58 -5.*+

.'*-+ -./+ ;'** 9.+ 89+ *5;+8 ./85- 5 .+8 .(0 + 0'*.+0 . . 5*0 -+0*'(+$

') T5 P-'(8: /*'/= Print>Ba"# and 5'ite>O3

De-u..in. Ti!s

I G8.* .5-8 ;9'*+ -(('( 5- *5+ .(.*', /*'/= ?es85 -+'+; 89+ 588 '*+$

') O(/+ 89+ -+'+; '*+ ' 5+( 0+8.'* 5( 89+ +--5- .-+ *'8+0 '( 89+ 588 '*+$ B+*5;' .( +


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2006-04-06 gstabl7 with stedwin final_4!5!06

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