single angle design manual spreadsheets
TRANSCRIPT
Geo. Axis Eq leg, vert leg up
Page 1 of 35
Flexural Design of Single Anglesper AISC Specification 13th Edition
Shape L3X3X1/4 Geometric Axis Bendingb 3 inch Equal Leg Angles Only
t 0.25 inchSx 0.569 inch^3 No Lateral-Torsional RestraintIx 1.23 inch^4
Fy 36 ksiSpan length, L 2 feetCb 1 per Table 3-1, AISC Manual, 1.5 max
F10.2 Lateral Torsional Buckling Assume no lateral torsional restraint
F10.2(i)(a) Me 107.97 inch. kips Eqn (F10-4a)
0.8My 16.39 inch. kips
Mn 24.0 inch. kips
F10.3 Leg Local Buckling, Tip in Compressionb/t 12.0
.54 limit, Compact 15.3 Compact, Leg Local Buckling does not apply.
.91 limit, Non-Compact 25.8Mn ------ inch. kips
> .91 limit, SlenderMn ------ inch. kips
Mn ------ in. kips
Flexural Capacity
Mn 24.021.6 inch. kips14.4 inch. Kips
Maximum Uniformly Distributed Vertical LoadAssume a simply supported beam. The moment above would be producedby a uniformly distibuted vertical load of:
LRFD 3.60 kips/foot. factoredASD 2.39 kips/foot. service
ASD LRFDVertical 0.04 inches 0.04 inchesHorizontal 0.02 inches 0.02 inches
Enter a uniform load, kips/foot0.55
Total Length, feet4
Vertical Deflection 0.14 inchesLateral Deflection 0.08 inches
1. Assume simply supported, uniformly distributed vertical load acting down. Vertical leg in bending compression.2. For LRFD, assume that factored load is all dead load. Factored load divided by 1.4.3. Note that deflection using geometric axis moment of inertia has been multiplied by 1.56 for vertical deflectionand the lateral deflection is .94 x the vertical deflection (using the geometric axis moment of inertia).
Vertical Leg Up1
LRFD, ΦMnASD, Mn/Ω
Deflection based on Maximum Uniformly Distributed Vertical Load2
Deflection Calculator3
Geo. Axis Eq leg, vert leg down
Page 2
Flexural Design of Single Anglesper AISC Specification 13th Edition
Shape L4X4X3/8 Geometric Axis Bendingb 4 inch Equal Leg Angles Only
t 0.375 inchSx 1.5 inch^3 No Lateral-Torsional RestraintIx 4.32 inch^4
Fy 36 ksiSpan length, L 2 feetCb 1 per Table 3-1, AISC Manual, 1.5 max
F10.2 Lateral Torsional Buckling Assume no lateral torsional restraint
F10.2(i)(b) Me 6751.96 inch. kips Eqn (F10-4b)
0.8My 43.20 inch. kips
Mn 64.80 inch. kips
F10.3 Leg Local Buckling, Tip in Compressionb/t 10.7
.54 limit, Compact 15.3 Compact, Leg Local Buckling does not apply.
.91 limit, Non-Compact 25.8Mn ------ inch. kips
> .91 limit, SlenderMn ------ inch. kips
Mn ------ in. kips
Flexural Capacity
Mn 64.858.3 inch. kips38.8 inch. Kips
Maximum Uniformly Distributed Vertical LoadAssume a simply supported beam. The moment above would be producedby a uniformly distibuted vertical load of:
LRFD 9.72 kips/foot. factoredASD 6.47 kips/foot. service
ASD LRFDVertical 0.03 inches 0.03 inchesHorizontal 0.02 inches 0.02 inches
Enter a uniform load, kips/foot0.40
Total Length, feet6
Vertical Deflection 0.15 inchesLateral Deflection 0.09 inches
1. Assume simply supported, uniformly distributed vertical load acting down. Vertical leg in bending compression.
Vertical Leg Down1
LRFD, ΦMnASD, Mn/Ω
Deflection based on Maximum Uniformly Distributed Vertical Load2
Deflection Calculator3
Geo. Axis Eq leg, vert leg down
Page 3
2. For LRFD, assume that factored load is all dead load. Factored load divided by 1.4.3. Note that deflection using geometric axis moment of inertia has been multiplied by 1.56 for vertical deflectionand the lateral deflection is .94 x the vertical deflection (using the geometric axis moment of inertia).
Prin. Axis Eq. leg, vert leg up
Page 4 of 35
Flexural Design of Single Anglesper AISC Specification 13th Edition
Principal Axis BendingShape L4X4X1/4 Equal Leg Angles Onlyb 4 inch Vertical Leg Up, No Lateral-Torsional Restraintt 0.25 inchSw, major axis 1.70 inch^3 Section modulus to tip in compression for major axis bending
Sz tip, minor axis 0.80 inch^3 Section modulus to leg tips in compression for minor axis bending
Sz heel, minor axis 0.77 inch^3 Section modulus to heel for minor axis bending
Iw, major axis 4.82 inch^4Iz, minor axis 1.18 inch^4
Fy 36 ksiSpan length, L 16 feetCb 1
Major Axis BendingF10.2(iii) Lateral Torsional Buckling Assume no lateral torsional restraint
Me 69.5 inch. kips Eqn (F10-5)
My 61.307069 inch kips
Mn 50.3 inch kips
F10.3 Leg Local Buckling Tip in Compressionb/t 16
b/t Limits:Compact 15.33
------Noncompact 25.83
Mn 89.5 inch kipsSlender
Mn ------ inch kipsMn 89.5 inch kips
Major Axis Flexural CapacityMnw 50.3 inch kips
45.3 inch kips30.1 inch kips
≤ 1.5, per Table 3-1, 13th Ed. AISC Manual
LRFD, ΦMnwASD, Mnw/Ω
Prin. Axis Eq. leg, vert leg up
Page 5 of 35
Minor Axis BendingF10.1 Yielding
My 27.9 inch. kipsMn 41.8 inch. kips
F10.3 Leg Local Buckling Tip in Compressionb/t 16
b/t Limits:Compact 15.33
Mn ------ inch kipsNoncompact 25.83
Mn 42.1 inch kipsSlender
Mn ------ inch kipsMn 42.1 inch kips
MInor Axis Flexural CapacityMnz 41.8 in. kips
37.7 inch kips25.1 inch kips
Maximum Factored Uniformly Distributed Vertical Load
Use interaction equation (H1-1b) to determine the maximum uniformly distributed vertical loadthat can be resisted by this section for the span length shown.
Maximum Uniformly Distributed Vertical LoadLRFD 0.08 kips/foot Factored Load
ASD 0.05 kips/foot Service Load
Major Axis Bending ASD LRFDVertical 0.266 inches 0.285 inchesHorizontal 0.266 inches 0.285 inches
Minor Axis BendingVertical 1.082 inches 1.162 inchesHorizontal 1.082 inches 1.162 inches
Combined DeflectionVertical 1.348 inches 1.448 inchesHorizontal 0.817 inches 0.877 inches
1. For LRFD, assume that factored load is all dead load. Factored load divided by 1.4.2. LRFD deflection differs from ASD due to factors 0.9/1.4=0.643 for LRFD, 1/1.67=0.599 for ASD.
LRFD, ΦMnzASD, Mnz/Ω
Deflection Based on Maximum Uniformly Distributed Vertical Load1,2
Prin. Axis Eq leg vert leg down
Page 6 of 35
Flexural Design of Single Anglesper AISC Specification 13th Edition
Principal Axis BendingShape L4X4X1/4 Equal Leg Angles Onlyb 4 inch Vertical Leg Down, No Lateral-Torsional Restraintt 0.25 inchSw, major axis 1.70 inch^3 Section modulus to tip in compression for major axis bending
Sz tip, minor axis 0.80 inch^3 Section modulus to leg tips in compression for minor axis bending
Sz heel, minor axis 0.77 inch^3 Section modulus to heel in compression for minor axis bending
Iw, major axis 4.82 inch^4Iz, minor axis 1.18 inch^4
Fy 36 ksiSpan length, L 16 feetCb 1
Major Axis BendingF10.2(iii) Lateral Torsional Buckling Assume no lateral torsional restraint
Me 69.5 inch. kips Eqn (F10-5)
My 61.307069 inch kips
Mn 50.3 inch kips
F10.3 Leg Local Buckling Tip in Compressionb/t 16
b/t Limits:Compact 15.33
------Noncompact 25.83
Mn 89.5 inch kipsSlender
Mn ------ inch kipsMn 89.5 inch kips
Major Axis Flexural CapacityMnw 50.3 inch kips
45.3 inch kips30.1 inch kips
≤ 1.5, per Table 3-1, 13th Ed. AISC Manual
LRFD, ΦMnwASD, Mnw/Ω
Prin. Axis Eq leg vert leg down
Page 7 of 35
Minor Axis BendingF10.1 Yielding
My 27.9 inch. kipsMn 41.8 inch. kips
MInor Axis Flexural CapacityMnz 41.8 in. kips
37.7 inch kips25.1 inch kips
Maximum Factored Uniformly Distributed Vertical Load
Use interaction equation (H1-1b) to determine the maximum uniformly distributed vertical loadthat can be resisted by this section for the span length shown.
Maximum Uniformly Distributed Vertical LoadLRFD 0.08 kips/foot Factored Load
ASD 0.05 kips/foot Service Load
Major Axis Bending ASD LRFDVertical 0.266 inches 0.285 inchesHorizontal 0.266 inches 0.285 inches
Minor Axis BendingVertical 1.082 inches 1.162 inchesHorizontal 1.082 inches 1.162 inches
Combined DeflectionVertical 1.348 inches 1.448 inchesHorizontal 0.817 inches 0.877 inches
1. For LRFD, assume that factored load is all dead load. Factored load divided by 1.4.2. LRFD deflection differs from ASD due to factors 0.9/1.4=0.643 for LRFD, 1/1.67=0.599 for ASD.
LRFD, ΦMnzASD, Mnz/Ω
Deflection Based on Maximum Uniformly Distributed Vertical Load1,2
Prin. Axis UnEq Leg Long Leg Up
Page 8 of 35
Flexural Design of Single Anglesper AISC Specification 13th Edition
Principal Axis BendingShape L6X4X1/2 UnEqual Leg Angles OnlyLong Leg 6 inch Long Leg UpShort Leg 4 incht 0.5 inchSw long tip, major axis 4.90 inch^3 Section modulus to long leg tip for bending about major axis
Sz long leg tip, minor axis 3.00 inch^3 Section modulus to long leg tip for bending about minor axis
Sz short leg tip, minor axis 1.64 inch^3 Section modulus to short leg tip for bending about minor axis
Iw, major axis 19.97 inch^4Iz, minor axis 3.55 inch^4rz, minor axis 0.86 inch
0.44 Angle between vertical and minor axis.
3.14 inch Positive value from Table C-F10.1in AISC Specification Commentary.
Fy 36 ksiSpan length 11.8 feetCb 1
Major Axis Bending
F10.2 Lateral Torsional Buckling Assume no lateral torsional restraintMe 397.3 inch. kips Eqn (F10-6)
My 176.5 inch. kips
Mn 201.2 inch. kips
F10.3 Leg Local Buckling Long Legb/t 12.0
b/t Limits:Compact 15.33
Mn Compact, Leg Local Buckling does not applyNoncompact 25.83
Mn ------- inch. kipsSlender
Mn ------ inch. kipsMn N/A inch. kips
Major Axis Flexural CapacityMnw 201.2 inch kips
181.1 inch kips120.5 inch kips
tan aβw
≤ 1.5, per Table 3-1, 13th Ed. AISC Manual
LRFD, ΦMnwASD, Mnw/Ω
Prin. Axis UnEq Leg Long Leg Up
Page 9 of 35
Minor Axis BendingF10.1 Yielding
My 58.95759 inch. kips
Mn 88.43639 inch. kips
Minor Axis BendingF10.3 Leg Local Buckling Tips in Compression
Long Legb/t 12
b/t Limits:Compact 15.33
Mn Compact, Leg Linch. kips Long Leg Flexural CapacityNoncompact 25.83 Mn N/A inch. kips
Mn ------- inch. kipsSlender
Mn ------ inch. kips
Minor Axis Bending, continuedF10.3 Leg Local Buckling Tips in Compression
Short Legb/t 8.00
b/t Limits:Compact 15.33
Mn Compact, Leg Local Buckling does not applyNoncompact 25.83 Short Leg Flexural Capacity
Mn ------- inch. kips Mn Compact inch. kipsSlender
Mn ------ inch. kips
MInor Axis Flexural CapacityMnz 88.4 in. kips
79.6 inch kips53.0 inch kips
LRFD, ΦMnzASD, Mnz/Ω
Prin. Axis UnEq Leg Long Leg Up
Page 10 of 35
Maximum Equivalent Moment About the Horizontal Axis
Use interaction equation (H1-1b) to determine the maximum moment about the horizontal axisthat can be resisted by this section for the span length shown.
Maximum Equivalent Moment About the Horizontal AxisMn 109.8 inch kips
98.8 inch kips65.7 inch kips
Maximum Uniformly Distributed Vertical Load
Convert the Maxiumum Equivalent Moment above to the maximum uniformly distributed vertical loadthat can be resisted by this section for the span length shown.
Maximum Uniformly Distributed Vertical Load0.526 kips/foot0.47 kips/foot
ASD 0.31 kips/foot
ASD LRFDMajor Axis Bending 0.217 inches 0.233 inches
Vertical 0.198 inches down 0.213 inches downHorizontal 0.088 inches right 0.094 inches right
Minor Axis Bending 0.539 inches 0.578 inchesVertical 0.217 inches down 0.233 inches downHorizontal 0.493 inches left 0.529 inches left
Combined Deflection ASD LRFDVertical 0.416 inches down 0.446 inches downHorizontal 0.405 inches left 0.435 inches left
1. For LRFD, assume that factored load is all dead load. Factored load divided by 1.4.2. LRFD deflection differs from ASD due to factors 0.9/1.4=0.643 for LRFD, 1/1.67=0.599 for ASD.3. Deflection left or right is based on the vertical leg on the left with the horizontal leg pointing to the right.
LRFD, ΦMnASD, Mn/Ω
LRFD
Deflection Based on Maximum Uniformly Distributed Vertical Load1, 2, 3
Prin Axis UnEq Leg Long Leg Dwn
Page 11 of 35
Flexural Design of Single Anglesper AISC Specification 13th Edition
Principal Axis BendingShape L6X4X5/16 UnEqual Leg Angles OnlyLong Leg 6 inch Long Leg DownShort Leg 4 incht 0.3125 inchSw long tip, major axis 3.21 inch^3 Section modulus to long leg tip for bending about major axis
Sw short tip, major axis 4.41 inch^3 Section modulus to short leg tip about major axis
Sz long leg tip, minor axis 2.04 inch^3 Section modulus to long leg tip for bending about minor axis
Sz short leg tip, minor axis 1.07 inch^3 Section modulus to short leg tip for bending about minor axis
Iw, major axis 13.22 inch^4Iz, minor axis 2.31 inch^4rz, minor axis 0.87 inch
0.45 Angle between vertical and minor axis.
3.14 inch Positive value from Table C-F10.1in AISC Specification Commentary.
Fy 36 ksiSpan length 10 feetCb 1
Major Axis Bending
F10.2 Lateral Torsional Buckling Assume no lateral torsional restraintMe 27.7 inch. kips Eqn (F10-6)
My 115.7 inch. kips
Mn 24.3 inch. kips
F10.3 Leg Local Buckling Short Leg b/t 12.80
b/t Limits:Compact 15.33
Mn Compact, Leg Local Buckling does not applyNoncompact 25.83
Mn ------- inch. kipsSlender
Mn ------ inch. kipsMn N/A inch. kips
Major Axis Flexural CapacityMnw 24.3 inch kips
21.9 inch kips14.6 inch kips
tan a
βw
≤ 1.5, per Table 3-1, 13th Ed. AISC Manual
LRFD, ΦMnwASD, Mnw/Ω
Prin Axis UnEq Leg Long Leg Dwn
Page 12 of 35
Minor Axis BendingF10.1 Yielding Tips in Tension
My 475.7564 inch. kips
Mn 713.6346 inch. kipsMInor Axis Flexural Capacity
Mnz 713.6 in. kips642.3 inch kips427.3 inch kips
Maximum Equivalent Moment About the Horizontal Axis
Use interaction equation (H1-1b) to determine the maximum moment about the horizontal axis that can be resisted by this section for the span length shown.
Maximum Equivalent Moment About the Horizontal AxisMn 26.3 inch kips
23.6 inch kips15.7 inch kips
Maximum Uniformly Distributed Vertical Load
Convert the Maxiumum Equivalent Moment above to the maximum uniformly distributed vertical loadthat can be resisted by this section for the span length shown.
Maximum Uniformly Distributed Vertical Load0.175 kips/foot
0.16 kips/footASD 0.10 kips/foot
ASD LRFDMajor Axis Bending 0.321 inches 0.344 inches
Vertical 0.293 inches down 0.314 inches downHorizontal 0.131 inches left 0.141 inches left
Minor Axis Bending 0.381 inches 0.409 inchesVertical 0.156 inches down 0.168 inches downHorizontal 0.348 inches right 0.374 inches right
Combined Deflection ASD LRFDVertical 0.449 inches down 0.482 inches downHorizontal 0.217 inches right 0.232 inches right
1. For LRFD, assume that factored load is all dead load. Factored load divided by 1.4.2. LRFD deflection differs from ASD due to factors 0.9/1.4=0.643 for LRFD, 1/1.67=0.599 for ASD.3. Deflection left or right is based on the vertical leg on the left with the horizontal leg pointing to the right.
LRFD, ΦMnzASD, Mnz/Ω
LRFD, ΦMnASD, Mn/Ω
LRFD
Deflection Based on Maximum Uniformly Distributed Vertical Load1, 2, 3
Prin Axis UnEq Leg Short Leg Up
Page 13 of 35
Flexural Design of Single Anglesper AISC Specification 13th Edition
Principal Axis BendingShape L5X3-1/2X1/2 UnEqual Leg Angles OnlyLong Leg 5 inch Short Leg UpShort Leg 3.5 incht 0.5 inchSw long tip, major axis 3.44 inch^3 Section modulus to long leg tip for bending about major axis
Sw short tip, major axis 4.49 inch^3 Section modulus to short leg tip about major axis
Sz long leg tip, minor axis 2.07 inch^3 Section modulus to long leg tip for bending about minor axis
Sz short leg tip, minor axis 1.22 inch^3 Section modulus to short leg tip for bending about minor axis
Iw, major axis 11.73 inch^4Iz, minor axis 2.25 inch^4rz, minor axis 0.75 inch
0.48 Angle between vertical and minor axis.
2.40 inch Positive value from Table C-F10.1in AISC Specification Commentary.
Fy 36 ksiSpan length 4 feetCb 1.14
Major Axis Bending
F10.2 Lateral Torsional Buckling Assume no lateral torsional restraintMe 1594.89 inch. kips Eqn (F10-6)
My 123.8173 inch. kips
Mn 185.73 inch. kips
F10.3 Leg Local Buckling Short Legb/t 7.00
b/t Limits:Compact 15.33
Mn Compact, Leg Local Buckling does not applyNoncompact 25.83
Mn ------- inch. kipsSlender
Mn ------ inch. kipsMn N/A in. kips
Major Axis Flexural CapacityMnw 185.7 inch kips
167.2 inch kips111.2 inch kips
Minor Axis BendingF10.1 Yielding
My 43.85076 inch. kips
Mn 65.77614 inch. kips
Minor Axis BendingF10.3 Local Buckling Tips in Compression
Long Legb/t 10
b/t Limits:Compact 15.33
Mn Compact, Leg Local BucklingLong Leg Flexural CapacityNoncompact 25.83 Mn N/A inch. kips
tan a
βw
≤ 1.5, per Table 3-1, 13th Ed. AISC Manual
LRFD, ΦMnwASD, Mnw/Ω
Prin Axis UnEq Leg Short Leg Up
Page 14 of 35
Mn ------- inch. kipsSlender
Mn ------ inch. kips
Prin Axis UnEq Leg Short Leg Up
Page 15 of 35
Minor Axis Bending, continuedF10.3 Short Leg
b/t 7.00
b/t Limits:Compact 15.33
Mn Compact, Leg Local Buckling does not applyNoncompact 25.83 Short Leg Flexural Capacity
Mn ------- inch. kips Mn Compact inch. kipsSlender
Mn ------ inch. kips
MInor Axis Flexural CapacityMnz 65.8 in. kips
59.2 inch kips39.4 inch kips
Maximum Equivalent Moment About the Horizontal Axis
Use interaction equation (H1-1b) to determine the maximum moment about the horizontal axis that can be resisted by this section for the span length shown.
Maximum Equivalent Moment About the Horizontal AxisMn 62.4 inch kips
56.1 inch kips37.3 inch kips
Maximum Uniformly Distributed Vertical Load
Convert the Maxiumum Equivalent Moment above to the maximum uniformly distributed vertical loadthat can be resisted by this section for the span length shown.
Maximum Uniformly Distributed Vertical Load2.598 kips/foot
2.34 kips/footASD 1.56 kips/foot
ASD LRFDMajor Axis Bending 0.011 inches 0.012 inches
Vertical 0.005 inches down 0.005 inches downHorizontal 0.010 inches left 0.011 inches left
Minor Axis Bending 0.124 inches 0.133 inchesVertical 0.112 inches down 0.120 inches downHorizontal 0.054 inches right 0.057 inches right
Combined Deflection ASD LRFDVertical 0.117 inches down 0.125 inches downHorizontal 0.043 inches right 0.046 inches right
1. For LRFD, assume that factored load is all dead load. Factored load divided by 1.4.2. LRFD deflection differs from ASD due to factors 0.9/1.4=0.643 for LRFD, 1/1.67=0.599 for ASD.
LRFD, ΦMnzASD, Mnz/Ω
LRFD, ΦMnASD, Mn/Ω
LRFD
Deflection Based on Maximum Uniformly Distributed Vertical Load1, 2, 3
Prin Axis UnEq L Short Leg Down
Page 16 of 35
Flexural Design of Single Anglesper AISC Specification 13th Edition
Principal Axis BendingShape L5X3-1/2X1/2 UnEqual Leg Angles OnlyLong Leg 5 inch Short Leg DownShort Leg 3.5 incht 0.5 inchSw long tip, major axis 3.44 inch^3 Section modulus to long leg tip for bending about major axis
Sw short tip, major axis 4.49 inch^3 Section modulus to short leg tip about major axis
Sz long leg tip, minor axis 2.07 inch^3 Section modulus to long leg tip for bending about minor axis
Sz short leg tip, minor axis 1.22 inch^3 Section modulus to short leg tip for bending about minor axis
Iw, major axis 11.73 inch^4Iz, minor axis 2.25 inch^4rz, minor axis 0.75 inch
0.48 Angle between vertical and minor axis.
2.40 inch Positive value from Table C-F10.1in AISC Specification Commentary.
Fy 36 ksiSpan length 8 feetCb 1.14
Major Axis Bending
F10.2 Lateral Torsional Buckling Assume no lateral torsional restraintMe 490.03 inch. kips Eqn (F10-6)
My 123.8173 inch. kips
Mn 164.91 inch. kips
F10.3 Leg Local Buckling Long Legb/t 10.0
b/t Limits:Compact 15.33
Mn Compact, Leg Local Buckling does not applyNoncompact 25.83
Mn ------- inch. kipsSlender
Mn ------ inch. kipsMn N/A in. kips
Major Axis Flexural CapacityMnw 164.9 inch kips
148.4 inch kips98.7 inch kips
Minor Axis BendingF10.1 Yielding
My 43.85076 inch. kips
Mn 65.77614 inch. kips
MInor Axis Flexural CapacityMnz 65.8 in. kips
59.2 inch kips39.4 inch kips
tan a
βw
≤ 1.5, per Table 3-1, 13th Ed. AISC Manual
LRFD, ΦMnwASD, Mnw/Ω
LRFD, ΦMnzASD, Mnz/Ω
Prin Axis UnEq L Short Leg Down
Page 17 of 35
Maximum Equivalent Moment About the Horizontal Axis
Use interaction equation (H1-1b) to determine the maximum moment about the horizontal axis that can be resisted by this section for the span length shown.
Maximum Equivalent Moment About the Horizontal AxisMn 61.2 inch kips
55.1 inch kips36.7 inch kips
Maximum Uniformly Distributed Vertical Load
Convert the Maxiumum Equivalent Moment above to the maximum uniformly distributed vertical loadthat can be resisted by this section for the span length shown.
Maximum Uniformly Distributed Vertical Load0.638 kips/foot0.57 kips/foot
ASD 0.38 kips/foot
ASD LRFDMajor Axis Bending 0.045 inches 0.048 inches
Vertical 0.019 inches down 0.021 inches downHorizontal 0.040 inches left 0.043 inches left
Minor Axis Bending 0.487 inches 0.522 inchesVertical 0.439 inches down 0.471 inches downHorizontal 0.210 inches right 0.226 inches right
Combined Deflection ASD LRFDVertical 0.458 inches down 0.492 inches downHorizontal 0.170 inches right 0.182 inches right
1. For LRFD, assume that factored load is all dead load. Factored load divided by 1.4.2. LRFD deflection differs from ASD due to factors 0.9/1.4=0.643 for LRFD, 1/1.67=0.599 for ASD.
LRFD, ΦMnASD, Mn/Ω
LRFD
Deflection Based on Maximum Uniformly Distributed Vertical Load1, 2, 3
Shape Weight Area depth b t kdes1 2 3 4 5 6 7
L8X8X1-1/8 57.2 16.8 8 8 1.125 1.75L8X8X1 51.3 15.1 8 8 1 1.625
L8X8X7/8 45.3 13.3 8 8 0.875 1.5L8X8X3/4 39.2 11.5 8 8 0.75 1.375L8X8X5/8 33 9.69 8 8 0.625 1.25
L8X8X9/16 29.8 8.77 8 8 0.5625 1.1875L8X8X1/2 26.7 7.84 8 8 0.5 1.125L6X6X1 37.5 11 6 6 1 1.5
L6X6X7/8 33.2 9.75 6 6 0.875 1.375L6X6X3/4 28.8 8.46 6 6 0.75 1.25L6X6X5/8 24.3 7.13 6 6 0.625 1.125
L6X6X9/16 22 6.45 6 6 0.5625 1.0625L6X6X1/2 19.6 5.77 6 6 0.5 1
L6X6X7/16 17.3 5.08 6 6 0.4375 0.9375L6X6X3/8 14.9 4.38 6 6 0.375 0.875
L6X6X5/16 12.5 3.67 6 6 0.3125 0.8125L5X5X7/8 27.3 8.02 5 5 0.875 1.375L5X5X3/4 23.7 6.98 5 5 0.75 1.25L5X5X5/8 20.1 5.9 5 5 0.625 1.125L5X5X1/2 16.3 4.79 5 5 0.5 1
L5X5X7/16 14.4 4.22 5 5 0.4375 0.9375L5X5X3/8 12.4 3.65 5 5 0.375 0.875
L5X5X5/16 10.4 3.07 5 5 0.3125 0.8125L4X4X3/4 18.5 5.43 4 4 0.75 1.125L4X4X5/8 15.7 4.61 4 4 0.625 1L4X4X1/2 12.7 3.75 4 4 0.5 0.875
L4X4X7/16 11.2 3.3 4 4 0.4375 0.8125L4X4X3/8 9.72 2.86 4 4 0.375 0.75
L4X4X5/16 8.16 2.4 4 4 0.3125 0.6875L4X4X1/4 6.58 1.93 4 4 0.25 0.625
L3-1/2X3-1/2X1/2 11.1 3.27 3.5 3.5 0.5 0.875L3-1/2X3-1/2X7/16 9.82 2.89 3.5 3.5 0.4375 0.8125L3-1/2X3-1/2X3/8 8.51 2.5 3.5 3.5 0.375 0.75
L3-1/2X3-1/2X5/16 7.16 2.1 3.5 3.5 0.3125 0.6875L3-1/2X3-1/2X1/4 5.79 1.7 3.5 3.5 0.25 0.625
L3X3X1/2 9.35 2.75 3 3 0.5 0.875L3X3X7/16 8.28 2.43 3 3 0.4375 0.8125L3X3X3/8 7.17 2.11 3 3 0.375 0.75
L3X3X5/16 6.04 1.78 3 3 0.3125 0.6875L3X3X1/4 4.89 1.44 3 3 0.25 0.625
L3X3X3/16 3.7 1.09 3 3 0.1875 0.5625L2-1/2X2-1/2X1/2 7.65 2.25 2.5 2.5 0.5 0.75L2-1/2X2-1/2X3/8 5.9 1.73 2.5 2.5 0.375 0.625
L2-1/2X2-1/2X5/16 4.98 1.46 2.5 2.5 0.3125 0.5625L2-1/2X2-1/2X1/4 4.04 1.19 2.5 2.5 0.25 0.5
L2-1/2X2-1/2X3/16 3.06 0.901 2.5 2.5 0.1875 0.4375L2X2X3/8 4.65 1.37 2 2 0.375 0.625
L2X2X5/16 3.94 1.16 2 2 0.3125 0.5625L2X2X1/4 3.21 0.944 2 2 0.25 0.5
L2X2X3/16 2.46 0.722 2 2 0.1875 0.4375
L2X2X1/8 1.67 0.491 2 2 0.125 0.375
x y xp yp Ix Zx Sx rx Iy8 9 10 11 12 13 14 15 16
2.4 2.4 1.05 1.05 98.1 31.6 17.5 2.41 98.12.36 2.36 0.943 0.943 89.1 28.5 15.8 2.43 89.12.31 2.31 0.832 0.832 79.7 25.3 14 2.45 79.72.26 2.26 0.72 0.72 69.9 22 12.2 2.46 69.92.21 2.21 0.606 0.606 59.6 18.6 10.3 2.48 59.62.19 2.19 0.548 0.548 54.2 16.8 9.33 2.49 54.22.17 2.17 0.49 0.49 48.8 15.1 8.36 2.49 48.81.86 1.86 0.918 0.918 35.4 15.4 8.55 1.79 35.41.81 1.81 0.813 0.813 31.9 13.7 7.61 1.81 31.91.77 1.77 0.705 0.705 28.1 11.9 6.64 1.82 28.11.72 1.72 0.594 0.594 24.1 10.1 5.64 1.84 24.11.7 1.7 0.538 0.538 22 9.18 5.12 1.85 22
1.67 1.67 0.481 0.481 19.9 8.22 4.59 1.86 19.91.65 1.65 0.423 0.423 17.6 7.25 4.06 1.86 17.61.62 1.62 0.365 0.365 15.4 6.27 3.51 1.87 15.41.6 1.6 0.306 0.306 13 5.26 2.95 1.88 13
1.56 1.56 0.802 0.802 17.8 9.31 5.16 1.49 17.81.52 1.52 0.698 0.698 15.7 8.14 4.52 1.5 15.71.47 1.47 0.59 0.59 13.6 6.93 3.85 1.52 13.61.42 1.42 0.479 0.479 11.3 5.66 3.15 1.53 11.31.4 1.4 0.422 0.422 10 5 2.78 1.54 10
1.37 1.37 0.365 0.365 8.76 4.33 2.41 1.55 8.761.35 1.35 0.307 0.307 7.44 3.65 2.04 1.56 7.441.27 1.27 0.679 0.679 7.62 5.02 2.79 1.18 7.621.22 1.22 0.576 0.576 6.62 4.28 2.38 1.2 6.621.18 1.18 0.468 0.468 5.52 3.5 1.96 1.21 5.521.15 1.15 0.413 0.413 4.93 3.1 1.73 1.22 4.931.13 1.13 0.357 0.357 4.32 2.69 1.5 1.23 4.321.11 1.11 0.3 0.3 3.67 2.26 1.27 1.24 3.671.08 1.08 0.242 0.242 3 1.82 1.03 1.25 31.05 1.05 0.466 0.466 3.63 2.66 1.48 1.05 3.631.03 1.03 0.412 0.412 3.25 2.36 1.32 1.06 3.25
1 1 0.357 0.357 2.86 2.06 1.15 1.07 2.860.979 0.979 0.301 0.301 2.44 1.74 0.969 1.08 2.440.954 0.954 0.243 0.243 2 1.41 0.787 1.09 20.929 0.929 0.458 0.458 2.2 1.91 1.06 0.895 2.20.907 0.907 0.405 0.405 1.98 1.7 0.946 0.903 1.980.884 0.884 0.351 0.351 1.75 1.48 0.825 0.91 1.750.86 0.86 0.296 0.296 1.5 1.26 0.699 0.918 1.5
0.836 0.836 0.239 0.239 1.23 1.02 0.569 0.926 1.230.812 0.812 0.181 0.181 0.948 0.774 0.433 0.933 0.9480.803 0.803 0.45 0.45 1.22 1.29 0.716 0.735 1.220.758 0.758 0.347 0.347 0.972 1.01 0.558 0.749 0.9720.735 0.735 0.293 0.293 0.837 0.853 0.474 0.756 0.8370.711 0.711 0.237 0.237 0.692 0.695 0.387 0.764 0.6920.687 0.687 0.18 0.18 0.535 0.529 0.295 0.771 0.5350.632 0.632 0.342 0.342 0.476 0.629 0.348 0.591 0.4760.609 0.609 0.29 0.29 0.414 0.537 0.298 0.598 0.4140.586 0.586 0.236 0.236 0.346 0.44 0.244 0.605 0.3460.561 0.561 0.18 0.18 0.271 0.338 0.188 0.612 0.271
0.534 0.534 0.123 0.123 0.189 0.23 0.129 0.62 0.189
Zy Sy ry rz J Cw ro tan alpha Qs17 18 19 20 21 22 23 24 25
31.6 17.5 2.41 1.56 7.13 32.5 4.29 1 128.5 15.8 2.43 1.56 5.08 23.4 4.32 1 125.3 14 2.45 1.57 3.46 16.1 4.36 1 122 12.2 2.46 1.57 2.21 10.4 4.39 1 1
18.6 10.3 2.48 1.58 1.3 6.16 4.41 1 0.99725116.8 9.33 2.49 1.58 0.961 4.55 4.43 1 0.95916815.1 8.36 2.49 1.59 0.683 3.23 4.45 1 0.91156415.4 8.55 1.79 1.17 3.68 9.24 3.19 1 113.7 7.61 1.81 1.17 2.51 6.41 3.21 1 111.9 6.64 1.82 1.17 1.61 4.17 3.25 1 110.1 5.64 1.84 1.17 0.955 2.5 3.28 1 19.17 5.12 1.85 1.18 0.704 1.85 3.29 1 18.22 4.59 1.86 1.18 0.501 1.32 3.3 1 17.25 4.06 1.86 1.18 0.34 0.899 3.32 1 0.9727696.26 3.51 1.87 1.19 0.218 0.575 3.33 1 0.9115645.26 2.95 1.88 1.19 0.129 0.338 3.35 1 0.8258779.3 5.16 1.49 0.971 2.07 3.53 2.64 1 1
8.14 4.52 1.5 0.972 1.33 2.32 2.67 1 16.92 3.85 1.52 0.975 0.792 1.4 2.7 1 15.66 3.15 1.53 0.98 0.417 0.744 2.73 1 1
5 2.78 1.54 0.983 0.284 0.508 2.75 1 14.33 2.41 1.55 0.986 0.183 0.327 2.76 1 0.982973.65 2.04 1.56 0.99 0.108 0.193 2.78 1 0.9115645.01 2.79 1.18 0.774 1.02 1.12 2.1 1 14.28 2.38 1.2 0.774 0.61 0.68 2.13 1 13.5 1.96 1.21 0.776 0.322 0.366 2.16 1 13.1 1.73 1.22 0.777 0.22 0.252 2.17 1 1
2.68 1.5 1.23 0.779 0.141 0.162 2.19 1 12.26 1.27 1.24 0.781 0.0832 0.0963 2.21 1 0.9972511.82 1.03 1.25 0.783 0.0438 0.0505 2.22 1 0.9115642.66 1.48 1.05 0.679 0.281 0.238 1.87 1 12.36 1.32 1.06 0.681 0.192 0.164 1.89 1 12.05 1.15 1.07 0.683 0.123 0.106 1.9 1 11.74 0.969 1.08 0.685 0.0731 0.0634 1.92 1 11.41 0.787 1.09 0.688 0.0386 0.0334 1.93 1 0.9651191.91 1.06 0.895 0.58 0.23 0.144 1.59 1 11.7 0.946 0.903 0.58 0.157 0.1 1.61 1 1
1.48 0.825 0.91 0.581 0.101 0.0652 1.62 1 11.25 0.699 0.918 0.583 0.0597 0.039 1.63 1 11.02 0.569 0.926 0.585 0.0313 0.0206 1.65 1 1
0.774 0.433 0.933 0.586 0.0136 0.009 1.66 1 0.9115641.29 0.716 0.735 0.481 0.188 0.0791 1.3 1 1
1 0.558 0.749 0.481 0.0833 0.0362 1.33 1 10.853 0.474 0.756 0.481 0.0495 0.0218 1.35 1 10.694 0.387 0.764 0.482 0.0261 0.0116 1.36 1 10.528 0.295 0.771 0.482 0.0114 0.0051 1.38 1 0.982970.628 0.348 0.591 0.386 0.0658 0.0174 1.04 1 10.536 0.298 0.598 0.386 0.0393 0.0106 1.06 1 10.44 0.244 0.605 0.387 0.0209 0.0057 1.08 1 1
0.338 0.188 0.612 0.389 0.0092 0.0025 1.09 1 1
0.23 0.129 0.62 0.391 0.0029 0.0008 1.1 1 0.912
b/t Iz Sz tip Sz heel rz Iw Sw Sc heel x Sc heel y26 27 28 29 30 31 32 33 34
7.111111 40.88448 13.36864 12.04571 1.56 155.3155 27.45616 40.875 40.8758 36.74736 12.1422 11.0103 1.56 141.4526 25.00553 37.75424 37.75424
9.142857 32.78317 10.89598 10.03515 1.57 126.6168 22.3829 34.50216 34.5021610.66667 28.34635 9.47702 8.868981 1.57 111.4537 19.70241 30.9292 30.9292
12.8 24.19012 8.135551 7.739817 1.58 95.00988 16.79553 26.96833 26.9683314.22222 21.89343 7.402745 7.068946 1.58 86.50657 15.29235 24.74886 24.74886
16 19.8203 6.738015 6.458558 1.59 77.7797 13.74964 22.48848 22.488486 15.0579 6.492404 5.724486 1.17 55.7421 13.13854 19.03226 19.03226
6.857143 13.34677 5.79883 5.214141 1.17 50.45323 11.89194 17.62431 17.624318 11.58089 5.102136 4.626513 1.17 44.61911 10.51682 15.87571 15.87571
9.6 9.760257 4.33378 4.012526 1.17 38.43974 9.060334 14.01163 14.0116310.66667 8.98098 4.016134 3.735595 1.18 35.01902 8.254062 12.94118 12.94118
12 8.034148 3.59557 3.401797 1.18 31.76585 7.487283 11.91617 11.9161713.71429 7.073392 3.188299 3.031299 1.18 28.12661 6.629505 10.66667 10.66667
16 6.202518 2.797986 2.70731 1.19 24.59748 5.797682 9.506173 9.50617319.2 5.197087 2.361379 2.29681 1.19 20.80291 4.903294 8.125 8.125
5.714286 7.561585 3.881559 3.427467 0.971 28.03842 7.930461 11.41026 11.410266.666667 6.594592 3.441388 3.067816 0.972 24.80541 7.016029 10.32895 10.32895
8 5.608688 2.954146 2.697919 0.975 21.59131 6.106945 9.251701 9.25170110 4.600316 2.4458 2.290785 0.98 17.99968 5.091079 7.957746 7.957746
11.42857 4.07774 2.186462 2.05957 0.983 15.92226 4.503495 7.142857 7.14285713.33333 3.548515 1.9045 1.831518 0.986 13.97148 3.951733 6.394161 6.394161
16 3.008907 1.628799 1.576014 0.99 11.87109 3.357652 5.511111 5.5111115.333333 3.252983 2.081634 1.811186 0.774 11.98702 4.238051 6 6
6.4 2.76174 1.787501 1.600693 0.774 10.47826 3.704624 5.42623 5.426238 2.25816 1.492299 1.353187 0.776 8.78184 3.104849 4.677966 4.677966
9.142857 1.992306 1.31815 1.22502 0.777 7.867694 2.78165 4.286957 4.28695710.66667 1.735565 1.160501 1.086044 0.779 6.904435 2.441086 3.823009 3.823009
12.8 1.463906 0.989379 0.932557 0.781 5.876094 2.077513 3.306306 3.30630616 1.183262 0.800663 0.774715 0.783 4.816738 1.702974 2.777778 2.7777787 1.507604 1.122144 1.015273 0.679 5.752396 2.324319 3.457143 3.4571438 1.340269 1.009548 0.92011 0.681 5.159731 2.084846 3.15534 3.15534
9.333333 1.166223 0.87962 0.824644 0.683 4.553778 1.840004 2.86 2.8611.2 0.985373 0.75143 0.711709 0.685 3.894627 1.573667 2.492339 2.49233914 0.804685 0.617805 0.596434 0.688 3.195315 1.291102 2.096436 2.0964366 0.9251 0.796766 0.704138 0.58 3.4749 1.638084 2.368138 2.368138
6.857143 0.817452 0.712074 0.637294 0.58 3.142548 1.481411 2.183021 2.1830218 0.712254 0.626807 0.569728 0.581 2.787746 1.314156 1.979638 1.979638
9.6 0.605002 0.53727 0.497443 0.583 2.394998 1.129013 1.744186 1.74418612 0.492804 0.441654 0.416824 0.585 1.967196 0.927345 1.471292 1.47129216 0.374302 0.338562 0.32595 0.586 1.521698 0.717335 1.167488 1.1674885 0.520562 0.528111 0.458397 0.481 1.919438 1.085798 1.519303 1.519303
6.666667 0.400255 0.416516 0.373381 0.481 1.543745 0.873274 1.282322 1.2823228 0.337787 0.355831 0.324968 0.481 1.336213 0.755876 1.138776 1.138776
10 0.276466 0.294414 0.274952 0.482 1.107534 0.626516 0.973277 0.97327713.33333 0.209324 0.225374 0.21545 0.482 0.860676 0.486872 0.778748 0.7787485.333333 0.204125 0.259834 0.228383 0.386 0.747875 0.528828 0.753165 0.753165
6.4 0.172835 0.223322 0.200678 0.386 0.655165 0.463271 0.679803 0.6798038 0.141382 0.185477 0.170601 0.387 0.550618 0.389346 0.590444 0.590444
10.66667 0.109254 0.14501 0.137708 0.389 0.432746 0.305998 0.483066 0.483066
16 0.075065 0.100433 0.099398 0.391 0.302935 0.214208 0.353933 0.353933Minor Axis Major Axis Geometric Axis
Shape Weight Area depth b t kdes x1 2 3 4 5 6 7 8
L8X6X1 44.4 13.1 8 6 1 1.5 1.65L8X6X7/8 39.3 11.5 8 6 0.875 1.375 1.6L8X6X3/4 34 9.99 8 6 0.75 1.25 1.56L8X6X5/8 28.6 8.41 8 6 0.625 1.125 1.51
L8X6X9/16 25.9 7.61 8 6 0.5625 1.0625 1.49L8X6X1/2 23.2 6.8 8 6 0.5 1 1.46
L8X6X7/16 20.4 5.99 8 6 0.4375 0.9375 1.44L8X4X1 37.6 11.1 8 4 1 1.5 1.04
L8X4X7/8 33.3 9.79 8 4 0.875 1.375 0.997L8X4X3/4 28.9 8.49 8 4 0.75 1.25 0.949L8X4X5/8 24.4 7.16 8 4 0.625 1.125 0.902
L8X4X9/16 22.1 6.49 8 4 0.5625 1.0625 0.878L8X4X1/2 19.7 5.8 8 4 0.5 1 0.854
L8X4X7/16 17.4 5.11 8 4 0.4375 0.9375 0.829L7X4X3/4 26.2 7.7 7 4 0.75 1.25 1L7X4X5/8 22.1 6.5 7 4 0.625 1.125 0.958L7X4X1/2 17.9 5.26 7 4 0.5 1 0.91
L7X4X7/16 15.8 4.63 7 4 0.4375 0.9375 0.886L7X4X3/8 13.6 4 7 4 0.375 0.875 0.861L6X4X7/8 27.2 7.98 6 4 0.875 1.375 1.12L6X4X3/4 23.6 6.94 6 4 0.75 1.25 1.07L6X4X5/8 19.9 5.86 6 4 0.625 1.125 1.03
L6X4X9/16 18.1 5.31 6 4 0.5625 1.0625 1L6X4X1/2 16.2 4.75 6 4 0.5 1 0.981
L6X4X7/16 14.2 4.18 6 4 0.4375 0.9375 0.957L6X4X3/8 12.3 3.61 6 4 0.375 0.875 0.933
L6X4X5/16 10.3 3.03 6 4 0.3125 0.8125 0.908L6X3-1/2X1/2 15.4 4.52 6 3.5 0.5 1 0.829L6X3-1/2X3/8 11.7 3.44 6 3.5 0.375 0.875 0.781
L6X3-1/2X5/16 9.83 2.89 6 3.5 0.3125 0.8125 0.756L5X3-1/2X3/4 19.8 5.82 5 3.5 0.75 1.1875 0.993L5X3-1/2X5/8 16.8 4.93 5 3.5 0.625 1.0625 0.947L5X3-1/2X1/2 13.6 4 5 3.5 0.5 0.9375 0.901L5X3-1/2X3/8 10.4 3.05 5 3.5 0.375 0.8125 0.854
L5X3-1/2X5/16 8.72 2.56 5 3.5 0.3125 0.75 0.829L5X3-1/2X1/4 7.03 2.07 5 3.5 0.25 0.6875 0.804
L5X3X1/2 12.8 3.75 5 3 0.5 0.9375 0.746L5X3X7/16 11.3 3.31 5 3 0.4375 0.875 0.722L5X3X3/8 9.74 2.86 5 3 0.375 0.8125 0.698
L5X3X5/16 8.19 2.41 5 3 0.3125 0.75 0.673L5X3X1/4 6.6 1.94 5 3 0.25 0.6875 0.648
L4X3-1/2X1/2 11.9 3.5 4 3.5 0.5 0.875 0.994L4X3-1/2X3/8 9.1 2.68 4 3.5 0.375 0.75 0.947
L4X3-1/2X5/16 7.65 2.25 4 3.5 0.3125 0.6875 0.923L4X3-1/2X1/4 6.18 1.82 4 3.5 0.25 0.625 0.897
L4X3X5/8 13.6 3.99 4 3 0.625 1 0.867L4X3X1/2 11.1 3.25 4 3 0.5 0.875 0.822L4X3X3/8 8.47 2.49 4 3 0.375 0.75 0.775
L4X3X5/16 7.12 2.09 4 3 0.3125 0.6875 0.75L4X3X1/4 5.75 1.69 4 3 0.25 0.625 0.725
L3-1/2X3X1/2 10.3 3.02 3.5 3 0.5 0.875 0.869L3-1/2X3X7/16 9.09 2.67 3.5 3 0.4375 0.8125 0.846L3-1/2X3X3/8 7.88 2.32 3.5 3 0.375 0.75 0.823
L3-1/2X3X5/16 6.65 1.95 3.5 3 0.3125 0.6875 0.798L3-1/2X3X1/4 5.38 1.58 3.5 3 0.25 0.625 0.773
L3-1/2X2-1/2X1/2 9.41 2.76 3.5 2.5 0.5 0.875 0.701L3-1/2X2-1/2X3/8 7.23 2.12 3.5 2.5 0.375 0.75 0.655
L3-1/2X2-1/2X5/16 6.1 1.79 3.5 2.5 0.3125 0.6875 0.632L3-1/2X2-1/2X1/4 4.94 1.45 3.5 2.5 0.25 0.625 0.607
L3X2-1/2X1/2 8.53 2.51 3 2.5 0.5 0.875 0.746L3X2-1/2X7/16 7.56 2.22 3 2.5 0.4375 0.8125 0.724L3X2-1/2X3/8 6.56 1.93 3 2.5 0.375 0.75 0.701
L3X2-1/2X5/16 5.54 1.63 3 2.5 0.3125 0.6875 0.677L3X2-1/2X1/4 4.49 1.32 3 2.5 0.25 0.625 0.653
L3X2-1/2X3/16 3.41 1 3 2.5 0.1875 0.5625 0.627L3X2X1/2 7.7 2.26 3 2 0.5 0.8125 0.58L3X2X3/8 5.95 1.75 3 2 0.375 0.6875 0.535
L3X2X5/16 5.03 1.48 3 2 0.3125 0.625 0.511L3X2X1/4 4.09 1.2 3 2 0.25 0.5625 0.487
L3X2X3/16 3.12 0.917 3 2 0.1875 0.5 0.462L2-1/2X2X3/8 5.3 1.56 2.5 2 0.375 0.625 0.578
L2-1/2X2X5/16 4.49 1.32 2.5 2 0.3125 0.5625 0.555L2-1/2X2X1/4 3.65 1.07 2.5 2 0.25 0.5 0.532
L2-1/2X2X3/16 2.78 0.818 2.5 2 0.1875 0.4375 0.508
y xp yp Ix Zx Sx rx Iy Zy9 10 11 12 13 14 15 16 17
2.65 0.816 1.47 80.9 27.3 15.1 2.49 38.8 16.22.6 0.721 1.41 72.4 24.3 13.4 2.5 34.9 14.4
2.55 0.624 1.34 63.5 21.1 11.7 2.52 30.8 12.52.5 0.526 1.27 54.2 17.9 9.86 2.54 26.4 10.5
2.48 0.476 1.23 49.4 16.2 8.94 2.55 24.1 9.522.46 0.425 1.2 44.4 14.6 8.01 2.55 21.7 8.522.43 0.374 1.16 39.3 12.9 7.06 2.56 19.3 7.53.03 0.691 2.47 69.7 24.3 14 2.51 11.6 7.732.99 0.612 2.41 62.6 21.7 12.5 2.53 10.5 6.772.94 0.531 2.34 55 18.9 10.9 2.55 9.37 5.822.89 0.448 2.27 47 16.1 9.2 2.56 8.11 4.862.86 0.405 2.23 42.9 14.6 8.34 2.57 7.44 4.392.84 0.363 2.2 38.6 13.1 7.48 2.58 6.75 3.912.81 0.32 2.16 34.2 11.6 6.59 2.59 6.03 3.422.5 0.55 1.87 37.8 14.8 8.39 2.21 9 5.6
2.45 0.464 1.8 32.4 12.5 7.12 2.23 7.79 4.692.4 0.376 1.74 26.6 10.2 5.79 2.25 6.48 3.77
2.38 0.331 1.7 23.6 9.03 5.11 2.26 5.79 3.312.35 0.286 1.67 20.5 7.81 4.42 2.27 5.06 2.842.12 0.665 1.44 27.7 12.7 7.13 1.86 9.7 6.262.07 0.578 1.38 24.5 11.1 6.23 1.88 8.63 5.422.03 0.488 1.31 21 9.44 5.29 1.89 7.48 4.56
2 0.442 1.28 19.2 8.59 4.81 1.9 6.86 4.131.98 0.396 1.25 17.3 7.71 4.31 1.91 6.22 3.691.95 0.349 1.22 15.4 6.81 3.81 1.92 5.56 3.241.93 0.301 1.19 13.4 5.89 3.3 1.93 4.86 2.791.9 0.252 1.16 11.4 4.96 2.77 1.94 4.13 2.33
2.07 0.376 1.48 16.6 7.49 4.23 1.92 4.24 2.882.02 0.287 1.41 12.9 5.74 3.23 1.93 3.33 2.18
2 0.241 1.38 10.9 4.84 2.72 1.94 2.84 1.821.74 0.582 1.12 13.9 7.6 4.26 1.55 5.52 4.071.69 0.493 1.06 12 6.5 3.63 1.56 4.8 3.431.65 0.4 0.997 9.96 5.33 2.97 1.58 4.02 2.791.6 0.305 0.933 7.75 4.09 2.28 1.59 3.15 2.12
1.57 0.256 0.901 6.58 3.45 1.92 1.6 2.69 1.771.55 0.207 0.868 5.36 2.78 1.55 1.61 2.2 1.421.74 0.375 1.25 9.43 5.12 2.89 1.58 2.55 2.081.72 0.331 1.21 8.41 4.53 2.56 1.59 2.29 1.821.69 0.286 1.18 7.35 3.93 2.22 1.6 2.01 1.571.67 0.241 1.15 6.24 3.32 1.87 1.61 1.72 1.311.64 0.194 1.12 5.09 2.68 1.51 1.62 1.41 1.051.24 0.438 0.497 5.3 3.46 1.92 1.23 3.76 2.691.2 0.334 0.433 4.15 2.66 1.48 1.25 2.96 2.06
1.17 0.281 0.401 3.53 2.24 1.25 1.25 2.52 1.741.14 0.227 0.368 2.89 1.81 1.01 1.26 2.07 1.41.37 0.498 0.81 6.01 4.08 2.28 1.23 2.85 2.451.32 0.407 0.747 5.02 3.36 1.87 1.24 2.4 1.991.27 0.311 0.683 3.94 2.6 1.44 1.26 1.89 1.521.25 0.262 0.651 3.36 2.19 1.22 1.27 1.62 1.281.22 0.211 0.618 2.75 1.77 0.988 1.27 1.33 1.03
1.12 0.431 0.48 3.45 2.61 1.45 1.07 2.32 1.971.09 0.382 0.446 3.1 2.32 1.29 1.08 2.09 1.751.07 0.331 0.411 2.73 2.03 1.12 1.09 1.84 1.521.05 0.279 0.375 2.33 1.72 0.951 1.09 1.58 1.281.02 0.226 0.336 1.92 1.39 0.773 1.1 1.3 1.041.2 0.395 0.736 3.24 2.52 1.41 1.08 1.36 1.39
1.15 0.303 0.668 2.56 1.96 1.09 1.1 1.09 1.071.13 0.256 0.633 2.2 1.67 0.925 1.11 0.937 0.91.1 0.207 0.596 1.81 1.36 0.753 1.12 0.775 0.728
0.995 0.418 0.494 2.07 1.86 1.03 0.91 1.29 1.340.972 0.37 0.462 1.87 1.66 0.921 0.917 1.17 1.190.949 0.321 0.43 1.65 1.45 0.803 0.924 1.03 1.030.925 0.271 0.397 1.41 1.23 0.681 0.932 0.888 0.873
0.9 0.22 0.363 1.16 1 0.555 0.94 0.734 0.7070.874 0.167 0.328 0.899 0.761 0.423 0.947 0.568 0.5361.08 0.377 0.736 1.92 1.78 1 0.922 0.667 0.8871.03 0.291 0.668 1.54 1.39 0.779 0.937 0.539 0.6791.01 0.247 0.633 1.32 1.19 0.662 0.945 0.467 0.5720.98 0.2 0.596 1.09 0.969 0.541 0.953 0.39 0.463
0.952 0.153 0.556 0.847 0.743 0.414 0.961 0.305 0.3510.826 0.311 0.425 0.914 0.982 0.546 0.766 0.513 0.6570.803 0.264 0.391 0.79 0.839 0.465 0.774 0.446 0.5570.779 0.214 0.356 0.656 0.688 0.381 0.782 0.372 0.454
0.754 0.164 0.318 0.511 0.529 0.293 0.79 0.292 0.347
Sy ry rz J Cw ro tan alpha Qs Iz18 19 20 21 22 23 24 25 26
8.92 1.72 1.28 4.34 16.3 3.88 0.542 1 21.463047.94 1.74 1.28 2.96 11.3 3.92 0.546 1 18.84166.92 1.75 1.29 1.9 7.28 3.95 0.55 1 16.624365.88 1.77 1.29 1.12 4.33 3.98 0.554 0.997251 13.995085.34 1.78 1.3 0.823 3.2 3.99 0.556 0.959168 12.86094.79 1.79 1.3 0.584 2.28 4.01 0.557 0.911564 11.4924.23 1.8 1.31 0.396 1.55 4.02 0.559 0.850359 10.279443.94 1.03 0.844 3.68 12.9 3.74 0.247 1 7.906933.51 1.04 0.846 2.51 8.89 3.78 0.252 1 7.006863.07 1.05 0.85 1.61 5.75 3.81 0.257 1 6.1340252.62 1.06 0.856 0.955 3.42 3.83 0.262 0.997251 5.246392.38 1.07 0.859 0.704 2.53 3.84 0.264 0.959168 4.7888482.15 1.08 0.863 0.501 1.8 3.86 0.266 0.911564 4.319661.9 1.09 0.867 0.34 1.22 3.87 0.268 0.850359 3.841131
3.01 1.08 0.855 1.47 3.97 3.31 0.324 1 5.6288922.56 1.1 0.86 0.868 2.37 3.34 0.329 1 4.80742.1 1.11 0.866 0.456 1.25 3.37 0.334 0.965119 3.944769
1.86 1.12 0.869 0.31 0.851 3.39 0.337 0.911564 3.4963951.61 1.12 0.873 0.198 0.544 3.4 0.339 0.840158 3.0485163.37 1.1 0.854 2.03 4.04 2.83 0.422 1 5.8199422.95 1.12 0.856 1.31 2.64 2.85 0.428 1 5.0851882.52 1.13 0.859 0.775 1.59 2.89 0.435 1 4.3239832.29 1.14 0.861 0.572 1.18 2.89 0.438 1 3.9364152.06 1.14 0.864 0.407 0.843 2.91 0.441 1 3.5458561.83 1.15 0.867 0.276 0.575 2.92 0.443 0.973 3.142061.58 1.16 0.87 0.177 0.369 2.94 0.446 0.912 2.7324091.34 1.17 0.874 0.104 0.217 2.95 0.449 0.826 2.3145441.59 0.968 0.756 0.386 0.779 2.88 0.343 1 2.5833431.22 0.984 0.763 0.168 0.341 2.9 0.349 0.912 2.0026611.03 0.991 0.767 0.099 0.201 2.92 0.352 0.826 1.7001552.2 0.974 0.744 1.09 1.52 2.36 0.464 1 3.22158
1.88 0.987 0.746 0.651 0.918 2.39 0.472 1 2.7436241.55 1 0.75 0.343 0.491 2.42 0.479 1 2.251.19 1.02 0.755 0.15 0.217 2.45 0.486 0.98297 1.7385761.01 1.02 0.758 0.0883 0.128 2.46 0.489 0.911564 1.470884
0.816 1.03 0.761 0.0464 0.067 2.48 0.491 0.804455 1.198781.13 0.824 0.642 0.322 0.444 2.38 0.357 1 1.545615
1 0.831 0.644 0.22 0.304 2.4 0.361 1 1.3727760.874 0.838 0.646 0.141 0.196 2.41 0.364 0.98297 1.1935240.739 0.846 0.649 0.0832 0.116 2.42 0.368 0.911564 1.015094
0.6 0.853 0.652 0.0438 0.0606 2.43 0.371 0.804455 0.8247021.5 1.04 0.716 0.301 0.302 2.03 0.75 1 1.794296
1.16 1.05 0.719 0.132 0.134 2.06 0.755 1 1.3854550.98 1.06 0.721 0.0782 0.0798 2.08 0.757 0.997251 1.169642
0.794 1.07 0.723 0.0412 0.0419 2.08 0.759 0.911564 0.9513671.34 0.845 0.631 0.529 0.472 1.91 0.534 1 1.5886621.1 0.858 0.633 0.281 0.255 1.94 0.543 1 1.302239
0.851 0.873 0.636 0.123 0.114 1.97 0.551 1 1.0071950.721 0.88 0.638 0.0731 0.0676 1.98 0.554 0.997251 0.8507220.585 0.887 0.639 0.0386 0.0356 1.99 0.558 0.911564 0.690062
1.09 0.877 0.618 0.26 0.191 1.75 0.713 1 1.153410.971 0.885 0.62 0.178 0.132 1.76 0.717 1 1.0263480.847 0.892 0.622 0.114 0.0858 1.78 0.72 1 0.8975710.718 0.9 0.624 0.068 0.0512 1.79 0.722 1 0.7592830.585 0.908 0.628 0.036 0.027 1.81 0.725 0.965119 0.6231270.756 0.701 0.532 0.234 0.159 1.67 0.485 1 0.7811460.589 0.716 0.535 0.103 0.0714 1.69 0.495 1 0.6067970.501 0.723 0.538 0.0611 0.0426 1.71 0.5 1 0.5181050.41 0.731 0.541 0.0322 0.0225 1.72 0.504 0.965119 0.424387
0.736 0.718 0.516 0.213 0.112 1.46 0.666 1 0.6683030.656 0.724 0.516 0.146 0.0777 1.48 0.671 1 0.5910880.573 0.731 0.517 0.0943 0.0507 1.49 0.675 1 0.5158680.487 0.739 0.518 0.056 0.0304 1.51 0.68 1 0.4373680.397 0.746 0.52 0.0296 0.0161 1.52 0.683 1 0.3569280.303 0.753 0.521 0.013 0.007 1.53 0.687 0.911564 0.2714410.47 0.543 0.425 0.192 0.0908 1.39 0.413 1 0.408212
0.368 0.555 0.426 0.0855 0.0413 1.42 0.426 1 0.3175830.314 0.562 0.428 0.051 0.0248 1.44 0.432 1 0.2711120.258 0.569 0.431 0.027 0.0132 1.45 0.437 1 0.2229130.198 0.577 0.435 0.0119 0.0058 1.46 0.442 0.911564 0.1735190.361 0.574 0.419 0.0746 0.0268 1.21 0.613 1 0.2738750.309 0.581 0.42 0.0444 0.0162 1.23 0.618 1 0.2328480.253 0.589 0.423 0.0235 0.0087 1.25 0.624 1 0.191454
0.195 0.597 0.426 0.0103 0.0038 1.26 0.628 0.98297 0.148447
Sz long tip Sz short tip Sz heel Iw Sw long tip Sw short tip Sc heel x27 28 29 30 31 32 33
10.85160952 7.064521207 7.910075 98.23696 17.89446364 22.31331736 30.528301899.655103413 6.207699761 7.109272 88.4584 16.06493624 20.14732608 27.846153858.673326855 5.499392028 6.404355 77.67564 14.05342005 17.75820786 24.901960787.400201822 4.635780178 5.526507 66.60492 12.01649918 15.26689492 21.686.871021861 4.272843585 5.12922 60.6391 10.92894173 13.91095663 19.919354846.188055768 3.814784528 4.647853 54.608 9.838735718 12.52964704 18.048780495.57828821 3.417247176 4.20834 48.32056 8.683624119 11.1181586 16.17283951
6.858053582 3.312693802 4.554076 73.39307 14.46345541 20.10006217 23.003300336.335633935 2.925448869 4.127963 66.09314 12.9550027 18.191585 20.936454855.750176387 2.545388489 3.715495 58.23598 11.33666153 16.14573366 18.707482995.107709351 2.165428774 3.268764 49.86361 9.641508103 13.92521284 16.262975784.755745613 1.968991288 3.032944 45.55115 8.770217534 12.7874931 154.388420411 1.771255486 2.777282 41.03034 7.881160557 11.54718471 13.59154933.978989542 1.568605548 2.513578 36.38887 6.960792835 10.29365535 12.170818514.898154085 2.431964708 3.269044 41.17111 8.971430006 12.46491312 15.124.348035097 2.072799505 2.868907 35.3826 7.656102833 10.79405917 13.22448983.692279423 1.693811005 2.429881 29.13523 6.26381609 8.950128574 11.083333333.32864071 1.50021642 2.185703 25.8936 5.555346621 7.967657455 9.915966387
2.952191997 1.303484564 1.941859 22.51148 4.809878053 6.962212336 8.7234042554.536858385 2.682796786 3.135518 31.58006 7.874959115 10.27681031 13.066037744.061096243 2.338808446 2.827959 28.04481 6.952100147 9.177247374 11.835748793.566982098 1.999034258 2.464845 24.15602 5.962477062 7.929836929 10.344827593.269263613 1.81298192 2.29075 22.12359 5.44224291 7.288073034 9.62.99991337 1.637710914 2.09006 19.97414 4.902776201 6.592481341 8.737373737
2.696089595 1.448219515 1.887344 17.81794 4.355891588 5.908961792 7.8974358972.379736128 1.26053915 1.667903 15.52759 3.789900153 5.155411653 6.9430051812.037214567 1.066381007 1.44066 13.21546 3.21372011 4.405445119 62.680185299 1.280700973 1.774571 18.25666 4.579770215 6.463413249 8.0193236712.157759692 0.988915976 1.427422 14.22734 3.543481838 5.075530896 6.3861386141.868748887 0.838329443 1.234526 12.03984 2.991942506 4.303588615 5.452.797237189 1.734428037 1.972652 16.19842 4.799356143 6.150771126 7.9885057472.446052089 1.479714058 1.738936 14.05638 4.137222688 5.369047855 7.1005917162.072698552 1.218076612 1.475037 11.73 3.439368272 4.492779883 6.0363636361.647370656 0.942640006 1.184742 9.161424 2.669974338 3.529530449 4.843751.410551866 0.796332973 1.025425 7.799116 2.263568986 3.018529304 4.1910828031.171531363 0.64901938 0.853319 6.36122 1.843192778 2.466002875 3.4580645161.788101879 0.906055069 1.200395 10.43439 3.141907126 4.353940349 5.419540231.622410825 0.804118048 1.086802 9.327224 2.800730241 3.900466859 4.8895348841.440322062 0.696597238 0.967234 8.166476 2.438409111 3.437861219 4.3491124261.250545475 0.591891829 0.840075 6.944906 2.068453824 2.929235376 3.7365269461.036613793 0.479019882 0.700096 5.675298 1.681278226 2.40918047 3.1036585371.423140863 1.149600205 1.165733 7.265704 2.590822992 2.911405674 4.2741935481.125800624 0.899415614 0.936851 5.724545 2.040660439 2.293479274 3.4583333330.957677475 0.760932029 0.811073 4.880358 1.73462936 1.961364804 3.0170940170.783838121 0.619648091 0.677746 4.008633 1.421285647 1.61522549 2.5350877191.549339041 1.037928669 1.126614 7.271338 2.665111619 3.285396304 4.3868613141.307610648 0.855198524 0.963007 6.117761 2.226716929 2.781642035 3.8030303031.041421115 0.664009653 0.779761 4.822805 1.744190916 2.206133606 3.1023622050.895533127 0.561964017 0.674211 4.129278 1.491267819 1.89089056 2.6880.734244869 0.455791352 0.562133 3.389938 1.219004332 1.559372651 2.254098361
1.066741619 0.838732498 0.849486 4.61659 1.890219111 2.148173498 3.0803571430.957129765 0.74898342 0.775964 4.163652 1.698380484 1.944757437 2.8440366970.849736575 0.659678591 0.694124 3.672429 1.497171631 1.715789206 2.5514018690.729704299 0.560939487 0.601827 3.150717 1.284172026 1.472096412 2.2190476190.603656787 0.461220916 0.508868 2.596873 1.054970611 1.217486319 1.8823529410.949339767 0.594841532 0.676673 3.818854 1.607698494 2.047898282 2.70.766564698 0.463309054 0.553047 3.043203 1.269761091 1.645746133 2.2260869570.669276408 0.396956472 0.483925 2.618895 1.09010197 1.418611381 1.9469026550.557402283 0.324485311 0.409197 2.160613 0.894153738 1.177911795 1.6454545450.737106903 0.56374061 0.570008 2.691697 1.292659738 1.495042756 2.080402010.662600475 0.50222139 0.517234 2.448912 1.173172297 1.363003496 1.9238683130.588034841 0.440927191 0.463925 2.164132 1.034401365 1.206943046 1.7386722870.505406683 0.37604557 0.404983 1.860632 0.887470474 1.039460206 1.5243243240.419116738 0.308068203 0.34096 1.537072 0.731097649 0.86114875 1.2888888890.322531892 0.235001464 0.268303 1.195559 0.567325429 0.671298416 1.0286041190.619469094 0.374139475 0.430448 2.178788 1.091571358 1.414550611 1.7777777780.508228755 0.291069028 0.354494 1.761417 0.871093415 1.157485341 1.4951456310.446669305 0.248660255 0.311752 1.515888 0.746936291 0.998816208 1.3069306930.376728369 0.203744233 0.265792 1.257087 0.614415235 0.835909025 1.1122448980.30079048 0.158082486 0.214903 0.978481 0.475001098 0.655596271 0.889705882
0.390247465 0.280424712 0.296252 1.153125 0.66682811 0.796694318 1.106537530.33950566 0.23971629 0.26038 1.003152 0.57807047 0.695313104 0.98381071
0.284971791 0.198321037 0.221659 0.836546 0.480305464 0.581730462 0.8421052630.225896079 0.154274585 0.178595 0.654553 0.374292104 0.457086427 0.677718833
Sc heel y Beta w34 35
23.51515152 3.3121.8125 3.31
19.74358974 3.3117.48344371 3.3116.17449664 3.3114.8630137 3.31
13.40277778 3.3111.15384615 5.4810.53159478 5.489.873551106 5.488.99113082 5.488.4738041 5.48
7.903981265 5.487.273823884 5.48
9 4.378.131524008 4.377.120879121 4.376.534988713 4.375.87688734 4.37
8.660714286 3.148.065420561 3.147.262135922 3.14
6.86 3.146.340468909 3.145.809822362 3.145.209003215 3.144.54845815 3.14
5.114595899 3.694.263764405 3.693.756613757 3.695.558912387 2.45.068637804 2.44.461709212 2.43.68852459 2.4
3.244873341 2.42.736318408 2.43.418230563 2.993.171745152 2.992.87965616 2.99
2.555720654 2.992.175925926 2.993.782696177 0.873.125659979 0.872.730227519 0.872.307692308 0.873.287197232 1.652.919708029 1.652.438709677 1.65
2.16 1.651.834482759 1.65
2.669735328 0.872.470449173 0.872.235722965 0.871.979949875 0.871.681759379 0.871.940085592 1.621.664122137 1.621.482594937 1.621.276771005 1.621.72922252 0.86
1.616022099 0.861.469329529 0.861.311669129 0.861.124042879 0.860.905901116 0.86
1.15 1.561.007476636 1.560.913894325 1.560.800821355 1.560.66017316 1.56
0.887543253 0.850.803603604 0.850.69924812 0.850.57480315 0.85