Hi. Please let me know how to modify the following property/stiffness modification factors for Plate/surface elements in STAAD.Pro.

Bending Mxx

Bending Myy

Bending Mxy

Please help. Thanks in advance.

I faced a problem when trying to run the Eurocode Combination Generator.

Some message pops out as follows.

Any ideas? 

Thanks.

Chloe

I have a large structure; circa 800mT which has fully fixed connections, steel liner welded to the columns and vertical braces in the corners.

During analysis Staad has distributed more load to the braced columns. In reality, when we have weighed the structure the gravity loads travel directly down the columns and not the braces. The only way I can replicate this in Stadd is making the braces inactive. The problem I will have is that I will not have any bracing to resist horizontal loading.

Any thoughts?

The Select Series 6's input editor is atrociously slow due to the new "parsing" feature. Has any fix been investigated for this?

Hi!

Im trying to get started with OpenSTAAD. But its not that easy it seems...

I try just a simple thing like getting support reactions from a STAAD-model named  "Model"

My code is shown below:

Sub GetSupportReactions()

Dim objOpenSTAAD As Output

Dim nNodeNo As Integer
Dim nLC As Integer

Dim pdReactions(6) As Double

Set objOpenSTAAD = CreateObject("OpenSTAAD.Output.1")
objOpenSTAAD.SelectSTAADFile "Model.std"

nNodeNo = Cells(2, 4).Value
nLC = Cells(3, 4).Value

objOpenSTAAD.GetSupportReactions nNodeNo, nLC, pdReactions(0)

For i = 1 To 6
Cells(5 + i, 6).Value = pdReactions(i - 1)
Next i

objOpenSTAAD.CloseSTAADFile
Set objOpenSTAAD = Nothing

End Sub

Im getting the error message:

Compile error:

User-defined type not defined

Im writng the macro in Excel (macro-enabled).

The Excel document is located in the OpenSTAAD directory copied from the program files together with the STAAD-model "Model.std"

What am I doing wrong? Thankful for some help:)

Regards

Johan

Hello! I have question about doing the response spectrum analysis as per Eurocode 8. The question is really that, is it necessary to make seismic definition when you already define the response spectrum under your load item? When your doing the analysis as per eurocode 8, there is no option for eurocode under the seismic definition...In a nutshell: is the seismic definition needed when doing the response spectrum analysis and per Eurocode 8?

Hi

There is a 10 m x 5m PEB block above which there is another PEB block to be placed above this.

1. Both the module (Ground & 1^st floor) has a base frame above which the structure is fabricated @ yard.
2. Attached an image for your reference, if we keep a similar module above the same. There will be two base frames in ground floor ceiling or 1^st storey flooring.
3. In a single staad model I would like model both the members without using Property – General option.
4. Is there any other option in staad to do this.

Thanks in advance.

Kamal

for installing staad pro v8i, firstly we have to install bentley ieg license file but its giving "error 2229 data SELECT 'Control', 'Type', 'X' , 'Y' . 'Width', 'Height' , 'Attributes', 'Property', 'Text', 'Control_Next', 'Help' FROM 'Control' WHERE 'Dialog_'=? ". So how can i solve this problem.

Hi all,

I got the steel frame at 6 m spacing with 19.45 m span (Euro code 3) which I have considered buckling analysis and imperfections.

I noticed there is an error showing that “   **WARNING- CONSECUTIVE ANALYSIS COMMANDS. ONLY FIRST USED.” I tried to show but I still unable to solve it.

In between, my member size is too big as it is governed by horizontal deflection. I have tried to model in 3D but it seems does not help. Any ideas to solve it?

In addition, for this kind of structural steel frame. Which equation (Equation 6.10, 6.10a and 6.10b) shall be considered in the analysis? Thanks.

Please find my staad pro command file as shown below:

STAAD PLANE

START JOB INFORMATION

ENGINEER DATE 09-Sep-15

END JOB INFORMATION

INPUT WIDTH 79

UNIT METER KN

JOINT COORDINATES

44 2.766 3.95 0; 45 22.216 3.95 0; 46 2.766 15.05 0; 47 22.216 13.95 0;

MEMBER INCIDENCES

1 44 46; 2 45 47; 3 46 47;

START USER TABLE

TABLE 1

UNIT METER KN

TUBE

100X50X8

0.002144 0.1 0.05 0.008 2.48734e-006 7.66539e-007 1.78275e-006 0.0016 0.0008

100X60X8

0.002304 0.1 0.06 0.008 2.82675e-006 1.20371e-006 2.54296e-006 0.0016 0.00096

100X50X6

0.001656 0.1 0.05 0.006 2.00867e-006 6.39272e-007 1.48752e-006 0.0012 0.0006

100X100X6

0.002256 0.1 0.1 0.006 3.33587e-006 3.33587e-006 4.9835e-006 0.0012 0.0012

TABLE 2

UNIT METER KN

WIDE FLANGE

350X175X49.4

0.006146 0.35 0.007 0.175 0.011 0.000131235 9.8349e-006 1.92785e-007 -

0.00245 0.00256667 0.175 0.011

400X200X75.5

0.009396 0.404 0.009 0.201 0.015 0.000267465 2.03242e-005 5.43132e-007 -

0.003636 0.00402 0.201 0.015

400X300X107

0.01318 0.39 0.01 0.3 0.016 0.000374143 7.20298e-005 9.38533e-007 -

0.0039 0.0064 0.3 0.016

400X300X127

0.015772 0.396 0.012 0.302 0.019 0.000453996 8.7273e-005 1.58715e-006 -

0.004752 0.00765067 0.302 0.019

400X300X144

0.017986 0.402 0.013 0.303 0.022 0.000531529 0.000102065 2.41307e-006 -

0.005226 0.008888 0.303 0.022

400X400X147

0.018266 0.394 0.011 0.398 0.018 0.000548855 0.000189174 1.70626e-006 -

0.004334 0.009552 0.398 0.018

400X400X172

0.021454 0.4 0.013 0.4 0.021 0.000653616 0.000224066 2.73178e-006 -

0.0052 0.0112 0.4 0.021

600X300X133

0.016776 0.582 0.012 0.3 0.017 0.000978836 7.65789e-005 1.29825e-006 -

0.006984 0.0068 0.3 0.017

600X300X175

0.021564 0.594 0.014 0.302 0.023 0.00132495 0.000105709 2.95086e-006 -

0.008316 0.00926133 0.302 0.023

600X300X217

0.027008 0.608 0.016 0.304 0.03 0.00174421 0.000140659 6.2202e-006 -

0.009728 0.01216 0.304 0.03

900X300X210

0.026414 0.89 0.015 0.299 0.023 0.0033368 0.000102706 3.37479e-006 -

0.01335 0.00916933 0.299 0.023

900X300X213

0.026414 0.89 0.015 0.299 0.023 0.0033368 0.000102706 3.37479e-006 -

0.01335 0.00916933 0.299 0.023

900X300X240

0.030304 0.9 0.016 0.3 0.028 0.00399633 0.000126288 5.54274e-006 0.0144 -

0.0112 0.3 0.028

END

DEFINE MATERIAL START

ISOTROPIC STEEL

E 2.05e+008

POISSON 0.3

DENSITY 76.8195

ALPHA 1.2e-005

DAMP 0.03

END DEFINE MATERIAL

MEMBER PROPERTY AMERICAN

1 TO 3 UPTABLE 2 900X300X240

CONSTANTS

MATERIAL STEEL ALL

SUPPORTS

44 45 PINNED

DEFINE IMPERFECTION

DRIFT Y 300 MEMB 1 2

LOAD 1 LOADTYPE Dead  TITLE DL

SELFWEIGHT Y -1

MEMBER LOAD

3 UNI GY -3

LOAD 2 LOADTYPE Live REDUCIBLE TITLE LL

MEMBER LOAD

3 UNI GY -3

LOAD 3 LOADTYPE Wind  TITLE WL

MEMBER LOAD

3 UNI GY 6.11 0 2.22

3 UNI GY 3.93 2.22 11.1

3 UNI GY 1.75 11.1 19.45

1 UNI GX 3.5

2 UNI GX 3.05

LOAD COMB 1000 EN 1990:6.10, COMBINATION  1000

1 1.0

LOAD COMB 1001 EN 1990:6.10, COMBINATION  1001

1 1.0 3 1.05

LOAD COMB 1002 EN 1990:6.10, COMBINATION  1002

1 1.0 2 1.5

LOAD COMB 1003 EN 1990:6.10, COMBINATION  1003

1 1.0 2 1.5 3 1.05

LOAD COMB 1004 EN 1990:6.10, COMBINATION  1004

1 1.0

LOAD COMB 1005 EN 1990:6.10, COMBINATION  1005

1 1.0 2 1.05

LOAD COMB 1006 EN 1990:6.10, COMBINATION  1006

1 1.0 3 1.5

LOAD COMB 1007 EN 1990:6.10, COMBINATION  1007

1 1.0 2 1.05 3 1.5

LOAD COMB 1008 EN 1990:6.10, COMBINATION  1008

1 1.35

LOAD COMB 1009 EN 1990:6.10, COMBINATION  1009

1 1.35 3 1.05

LOAD COMB 1010 EN 1990:6.10, COMBINATION  1010

1 1.35 2 1.5

LOAD COMB 1011 EN 1990:6.10, COMBINATION  1011

1 1.35 2 1.5 3 1.05

LOAD COMB 1012 EN 1990:6.10, COMBINATION  1012

1 1.35

LOAD COMB 1013 EN 1990:6.10, COMBINATION  1013

1 1.35 2 1.05

LOAD COMB 1014 EN 1990:6.10, COMBINATION  1014

1 1.35 3 1.5

LOAD COMB 1015 EN 1990:6.10, COMBINATION  1015

1 1.35 2 1.05 3 1.5

LOAD COMB 1016 EN 1990:6.10A, COMBINATION  1016

1 1.0

LOAD COMB 1017 EN 1990:6.10A, COMBINATION  1017

1 1.0 3 1.05

LOAD COMB 1018 EN 1990:6.10A, COMBINATION  1018

1 1.0 2 1.05

LOAD COMB 1019 EN 1990:6.10A, COMBINATION  1019

1 1.0 2 1.05 3 1.05

LOAD COMB 1020 EN 1990:6.10A, COMBINATION  1020

1 1.0

LOAD COMB 1021 EN 1990:6.10A, COMBINATION  1021

1 1.0 2 1.05

LOAD COMB 1022 EN 1990:6.10A, COMBINATION  1022

1 1.0 3 1.05

LOAD COMB 1023 EN 1990:6.10A, COMBINATION  1023

1 1.0 2 1.05 3 1.05

LOAD COMB 1024 EN 1990:6.10A, COMBINATION  1024

1 1.35

LOAD COMB 1025 EN 1990:6.10A, COMBINATION  1025

1 1.35 3 1.05

LOAD COMB 1026 EN 1990:6.10A, COMBINATION  1026

1 1.35 2 1.05

LOAD COMB 1027 EN 1990:6.10A, COMBINATION  1027

1 1.35 2 1.05 3 1.05

LOAD COMB 1028 EN 1990:6.10A, COMBINATION  1028

1 1.35

LOAD COMB 1029 EN 1990:6.10A, COMBINATION  1029

1 1.35 2 1.05

LOAD COMB 1030 EN 1990:6.10A, COMBINATION  1030

1 1.35 3 1.05

LOAD COMB 1031 EN 1990:6.10A, COMBINATION  1031

1 1.35 2 1.05 3 1.05

LOAD COMB 1032 EN 1990:6.10B, COMBINATION  1032

1 0.85

LOAD COMB 1033 EN 1990:6.10B, COMBINATION  1033

1 0.85 3 1.05

LOAD COMB 1034 EN 1990:6.10B, COMBINATION  1034

1 0.85 2 1.5

LOAD COMB 1035 EN 1990:6.10B, COMBINATION  1035

1 0.85 2 1.5 3 1.05

LOAD COMB 1036 EN 1990:6.10B, COMBINATION  1036

1 0.85

LOAD COMB 1037 EN 1990:6.10B, COMBINATION  1037

1 0.85 2 1.05

LOAD COMB 1038 EN 1990:6.10B, COMBINATION  1038

1 0.85 3 1.5

LOAD COMB 1039 EN 1990:6.10B, COMBINATION  1039

1 0.85 2 1.05 3 1.5

LOAD COMB 1040 EN 1990:6.10B, COMBINATION  1040

1 1.1475

LOAD COMB 1041 EN 1990:6.10B, COMBINATION  1041

1 1.1475 3 1.05

LOAD COMB 1042 EN 1990:6.10B, COMBINATION  1042

1 1.1475 2 1.5

LOAD COMB 1043 EN 1990:6.10B, COMBINATION  1043

1 1.1475 2 1.5 3 1.05

LOAD COMB 1044 EN 1990:6.10B, COMBINATION  1044

1 1.1475

LOAD COMB 1045 EN 1990:6.10B, COMBINATION  1045

1 1.1475 2 1.05

LOAD COMB 1046 EN 1990:6.10B, COMBINATION  1046

1 1.1475 3 1.5

LOAD COMB 1047 EN 1990:6.10B, COMBINATION  1047

1 1.1475 2 1.05 3 1.5

PERFORM ANALYSIS

PARAMETER 3

CODE EN 1993-1-1:2005

NA 7

SGR 1 ALL

CHECK CODE ALL

PERFORM ANALYSIS

PERFORM BUCKLING ANALYSIS MAXSTEP 100 PRINT ALL

FINISH

Hi

I am performing transportation analysis on structural modules. for that I have to consider impact load in longitudinal direction in case of breaking and starting of vehicle.

for that I have mentioned grating load as floor load in reference load case in lateral direction and then later used it in basic load case with some reduction factor.

But when I am performing analysis it is telling me that no beams loaded for floor load case.

please have a look at below STAAD input file.

STAAD SPACE
START JOB INFORMATION
ENGINEER DATE 10-Sep-15
END JOB INFORMATION
INPUT WIDTH 79
UNIT INCHES POUND
JOINT COORDINATES
1 0 0 0; 2 0 0 100; 3 0 100 0; 4 0 100 100; 5 100 0 0; 6 100 0 100;
7 100 100 0; 8 100 100 100; 9 200 0 0; 10 200 0 100; 11 200 100 0;
12 200 100 100;
MEMBER INCIDENCES
1 3 1; 2 1 2; 3 2 4; 4 4 3; 5 1 5; 6 2 6; 7 3 7; 8 4 8; 9 7 5; 10 5 6;
11 6 8; 12 8 7; 13 5 9; 14 6 10; 15 7 11; 16 8 12; 17 11 9; 18 9 10;
19 10 12; 20 12 11;
START GROUP DEFINITION
FLOOR
_1 9 TO 12
END GROUP DEFINITION
DEFINE MATERIAL START
ISOTROPIC STEEL
E 2.9e+007
POISSON 0.3
DENSITY 0.283
ALPHA 6e-006
DAMP 0.03
TYPE STEEL
STRENGTH FY 36000 FU 58000 RY 1.5 RT 1.2
END DEFINE MATERIAL
MEMBER PROPERTY AMERICAN
1 TO 20 TABLE ST W6X8.5
CONSTANTS
MATERIAL STEEL ALL
SUPPORTS
1 2 9 10 PINNED
DEFINE REFERENCE LOADS
LOAD R1 LOADTYPE None  TITLE REF LOAD CASE 1
FLOOR LOAD
_1 FLOAD -1 GY
LOAD R2 LOADTYPE None  TITLE REF LOAD CASE 2
FLOOR LOAD
_1 FLOAD 1 GX
LOAD 1 LOADTYPE Dead  TITLE DL
LOAD 2 LOADTYPE None  TITLE Impact vertical
LOAD 3 LOADTYPE None  TITLE impact longitudinal
END DEFINE REFERENCE LOADS
SELFWEIGHT Y -1 LIST ALL
REFERENCE LOAD
R1 0.5 
REFERENCE LOAD
R2 0.3 
FLOOR LOAD
_1 FLOAD -1 GY
PERFORM ANALYSIS PRINT ALL
FINISH

Hi, we are using STAAD.etc software since last many years. We basically use this software for designing the foundations and retaining wall. It has given excellent results for foundation design. We have licensed version of it. Since it was purchased long back it is installed in an old computer. Now that computer doesn't work properly, it gets hang or sometime screen gets blank while using the software. Computer engineers say that the ram is very old. They even say that if we upgrade the ram then STAAD.etc software won't work. What is the solution for this? Please advice.

Hi, 

I am working on a Mat Foundation Raft to Eurocode 2 in RAM concept and have input all my own load cases and load combination (approx 100 different cases).

When I try to run this I get an error for all the rule sets saying that my load factors do not appear compatible.

All my loads have been put in as load type 'Other' except the defaults (self dead loading, balance loading and hyperstatic loading)

When I set up my load combinations I have selected them all to include all 'plans.'

What is likely to be causing these errors and if the load combinations I have put in are 100% correct does this error actually have an effect on my model output?

Regards,

Michael Barker

I need get  mass matrix for calculation a wind loads. Why can I get mass matrix from model?

how to export a picture from Geometry window , in Staadfoundation 7.2 ?

In the RAM Steel Beam/Joist Module, what happens with camber once you manually update a beam's design using the View/Update command? Is there no way to include camber when doing it this way?

I like to get my stress ratios under 0.90 in early designs but I noticed that none of these beams include camber once I update their design manually.

Thanks!

Hi,

For a model (EC3:2005 design codes used) that includes lots of bracings of L80x80x8 and L90x90x9 I am getting warnings "Torsion check not supported"  for those types of beams.

How am I suppose to overcome such issues ?

Regards.

Dear Forum Members

Looking in to the verification problem 20 regarding temperature loading, I have few questions:

1. The input temperature diff is positive towards positive local z axis. The relative deformation is also positive towards positive z. So the tension will be on the positive Z axis. But the moment shows otherwise.

2. So I modified the problem,added a pressure loading (Load Case 2) in - z direction. The deformation I get in -z direction correctly and the tension also in the negative z direction.

3. Even though the two forces are completely opposite as proved by their action towards deformation (opposite in direction)  but why both the forces produces the moment in same direction, i.e. tension in negative z direction as the sign convention suggests or I was wrong on something.

Yours time and help will be much appreciable

Regards(Please visit the site to view this file)

Raj

Enclo: Std file.

Hi all,

I have not been able to filter support reactions to only show specific ones I am chasing (Fy - for example)

Has anyone had any luck with this?

Regards

I have installed SS6 version of STAAD .

And now I am not able to see BMD SFD and axial force diagrams after analysis.

this problem was not there in SS5 version.

this seems a "major major bug" with SS6 version.

please reply ASAP.

STAAD SPACE
START JOB INFORMATION
ENGINEER DATE 26-Aug-15
JOB NAME EAB
JOB CLIENT ENERKEM
JOB NO TCE.7720A
JOB REV P0
JOB REF 0502-D303-1-M709-01 and 02 (REV-01)
ENGINEER NAME PKY
JOB COMMENT INPLACE ANALYSIS
END JOB INFORMATION
INPUT WIDTH 79
UNIT INCHES POUND
JOINT COORDINATES
1 140 0 140; 2 140 1535 140; 3 140 0 0; 4 140 1535 0; 5 0 0 140; 6 0 1535 140;
7 0 0 0; 8 0 1535 0; 9 11.9902 1205.75 91.7998; 19 20.1602 100.63 -2;
20 20.1602 103.31 141; 26 116.23 17 42.5996; 28 11.9902 1181 91.7998;
29 0 1181 20.5996; 30 36 1181 57; 32 140 229 38.5; 33 96 229 38.5;
34 140 229 0; 35 140 229 140; 36 0 821 140; 37 140 821 140; 38 96 1299 140;
39 96 1299 0; 40 0 1394 140; 41 140 1394 140; 42 140 533 0; 43 140 533 140;
44 0 533 0; 45 0 1394 0; 46 140 389 0; 47 140 389 140; 48 36 533 140;
49 36 533 0; 50 0 965 140; 51 140 965 140; 52 140 1394 0; 53 0 1529 0;
54 140 1529 0; 55 0 17 0; 56 0 17 140; 57 0 1181 0; 58 140 1181 0;
59 96 677 140; 60 96 677 0; 61 0 155 140; 62 140 155 140; 63 36 821 140;
64 36 821 0; 65 96 1073 140; 66 96 1073 0; 67 0 1299 0; 68 0 1299 140;
69 0 1529 140; 70 0 677 0; 71 0 677 140; 72 140 17 140; 73 0 229 0;
74 0 229 140; 75 36 1073 140; 76 36 1073 0; 77 0 821 0; 78 140 17 0;
79 70 17 140; 80 70 17 0; 81 140 1299 140; 82 96 229 95; 83 140 229 95;
84 140 965 0; 85 96 533 140; 86 96 533 0; 87 36 389 140; 88 36 389 0;
89 140 1181 140; 90 140 821 0; 91 36 965 87; 92 36 965 27; 93 36 677 140;
94 36 677 0; 95 36 1299 140; 96 36 1299 0; 97 0 389 140; 98 0 155 0;
99 140 155 0; 100 96 1181 140; 101 96 1181 0; 102 140 1299 0; 103 0 1181 140;
104 96 389 140; 105 96 389 0; 106 140 1529 140; 107 140 1073 0;
108 140 1073 140; 109 36 229 140; 110 36 229 0; 111 96 965 140; 112 96 965 0;
113 96 229 140; 114 96 229 0; 115 0 389 0; 116 0 965 0; 117 0 533 140;
118 0 1073 0; 119 0 1073 140; 120 140 677 140; 121 140 677 0; 122 96 821 140;
123 96 821 0; 124 36 1181 140; 125 36 1181 0; 126 88.3398 17 42.5996;
127 88.4502 17 0; 128 140 17 60.7002; 129 70 17 60.7002; 130 36 1073 27;
131 96 1073 27; 132 36 1181 27; 133 96 1181 27; 134 70 1529 140; 135 70 1529 0;
136 70 1299 140; 137 70 1299 87; 138 96 1073 87; 139 140 1073 87;
140 36 389 27; 141 96 389 27; 142 140 533 70; 143 96 533 70; 144 70 821 140;
145 36 1181 91.7998; 146 0 1181 91.7998; 147 36 677 87; 148 96 677 87;
149 36 821 27; 150 96 821 27; 151 36 533 87; 152 96 533 87; 153 36 389 87;
154 96 389 87; 155 70 1181 140; 157 70 1073 140; 158 70 1073 87;
159 96 1181 87; 160 140 1181 87; 161 0 497 140; 162 140 497 140;
163 140 1073 27; 164 0 821 70; 165 36 821 70; 166 36 533 27; 167 96 533 27;
168 140 1181 27; 169 0 965 27; 170 96 965 27; 171 36 229 27; 172 0 1073 70;
173 36 1073 70; 174 0 1181 70; 175 36 1181 70; 176 140 17 42.5996;
177 70 17 42.5996; 178 140 821 70; 179 96 821 70; 180 70 1529 70;
181 140 1529 70; 182 36 1073 87; 183 36 229 87; 184 96 229 87; 185 36 821 87;
186 96 821 87; 187 140 229 27; 188 36 1299 27; 189 96 1299 27; 190 0 353 0;
191 140 353 0; 192 0 965 87; 193 96 965 87; 194 96 1299 87; 195 140 1299 87;
196 0 229 70; 197 36 229 70; 198 140 965 27; 199 0 1529 70; 200 70 533 140;
201 70 533 87; 202 70 677 140; 203 70 677 87; 204 0 533 70; 205 36 533 70;
206 140 1299 27; 207 36 1299 87; 208 140 677 70; 209 96 677 70; 210 0 497 0;
211 140 497 0; 212 0 229 27; 213 140 17 112.7; 214 70 17 112.7; 215 0 677 70;
216 36 677 70; 217 0 17 70; 218 70 17 70; 219 140 965 87; 220 36 677 27;
221 96 677 27; 222 0 353 140; 223 140 353 140; 227 0 389 81.2998;
228 36 389 81.2998; 229 96 389 81.2998; 230 140 389 81.2998; 231 48 965 87;
232 48 965 140; 233 0 1299 64.5996; 234 140 389 32.0996; 235 0 100.63 0;
236 0 1299 50.2998; 237 70 821 87; 238 140 821 22.3004; 239 140 677 22.3004;
240 140 533 22.3004; 241 0 533 26.9998; 242 96 677 22.2998; 243 0 103.31 140;
244 36 389 101.3; 245 96 389 101.3; 246 114.91 533 0; 247 114.9 533 22.3004;
248 73.9004 389 101.3; 249 73.9004 389 118.8; 250 64.7402 965 27;
251 64.7402 965 0; 252 125.971 229 27; 253 125.96 229 0; 254 114.91 1073 0;
255 36 1299 64.5996; 256 36 389 118.8; 257 96 389 118.8; 258 96 389 32.0996;
259 108.689 229 26.9996; 260 108.65 229 0; 261 64.7402 677 27;
262 64.7402 677 0; 263 96 821 22.2998; 264 64.7402 1181 27; 265 64.7402 1181 0;
266 36 1299 50.2998; 267 114.91 821 0; 268 114.9 821 22.3004; 269 114.91 677 0;
270 114.9 677 22.3004; 271 96 533 22.2998; 272 22.0801 1299 64.5996;
273 22.0801 1299 50.2998; 274 114.91 965 0; 275 114.91 965 27;
276 57.9004 389 101.3; 277 57.9004 389 118.8; 278 96 229 27; 279 36 1181 87;
280 70 1181 87; 281 36 1217 57; 282 0 965 70; 283 0 389 70; 284 140 1073 70;
285 140 965 70; 286 140 389 70; 287 70.0002 965 0; 288 70 821 0;
289 70.0002 677 0; 290 70 353 0; 291 70 497 0; 292 70.0002 965 140;
293 70 353 140; 294 70 497 140; 295 0 389 30; 296 36 389 30; 297 36 965 0;
298 114.91 1073 27; 299 140 1181 70; 300 40 1394 0; 301 50 1394 0;
302 60 1394 0; 303 90 1394 0; 304 40 1394 140; 305 90 1394 140; 306 40 1394 30;
307 40 1394 80; 308 90 1394 30; 309 90 1394 80; 310 40 1394 50; 311 40 1394 60;
312 0 1394 50; 313 0 1394 60; 314 140 1394 30; 315 140 1394 120;
316 140 1394 110; 317 140 1394 90; 318 140 1394 80; 319 90 1394 120;
320 90 1394 110; 321 90 1394 90; 322 50 1394 30; 323 60 1394 30; 324 0 155 70;
325 70 155 140; 326 140 155 70; 327 70 155 0; 328 100 155 140; 329 100 155 0;
330 100 155 100; 331 140 155 100;
MEMBER INCIDENCES
1 7 55; 2 55 235; 3 235 98; 4 98 73; 5 73 190; 6 190 115; 7 115 210; 8 210 44;
9 44 70; 10 70 77; 11 77 116; 12 116 118; 13 118 57; 14 57 67; 15 67 45;
16 45 53; 17 53 8; 18 5 56; 19 56 243; 20 243 61; 21 61 74; 22 74 222;
23 222 97; 24 97 161; 25 161 117; 26 117 71; 27 71 36; 28 36 50; 29 50 119;
30 119 103; 31 103 68; 32 68 40; 33 40 69; 34 69 6; 35 1 72; 36 72 62;
37 62 35; 38 35 223; 39 223 47; 40 47 162; 41 162 43; 42 43 120; 43 120 37;
44 37 51; 45 51 108; 46 108 89; 47 89 81; 48 81 41; 49 41 106; 50 106 2;
51 3 78; 52 78 99; 53 99 34; 54 34 191; 55 191 46; 56 46 211; 57 211 42;
58 42 121; 59 121 90; 60 90 84; 61 84 107; 62 107 58; 63 58 102; 64 102 52;
65 52 54; 66 54 4; 67 73 212; 68 212 196; 69 196 74; 70 74 109; 71 109 113;
72 113 35; 73 34 187; 74 187 32; 75 32 83; 76 83 35; 77 73 110; 78 110 114;
79 114 260; 80 260 253; 81 253 34; 82 222 293; 83 190 290; 86 227 97;
87 46 234; 88 234 286; 89 230 47; 90 210 291; 91 161 294; 92 42 240;
93 240 142; 94 142 43; 95 44 241; 96 241 204; 97 204 117; 98 70 215; 99 215 71;
100 71 93; 101 93 202; 102 202 59; 103 59 120; 104 120 208; 105 208 239;
106 239 121; 107 121 269; 108 269 60; 109 262 289; 110 262 94; 111 94 70;
112 36 63; 113 63 144; 114 144 122; 115 122 37; 116 90 238; 117 238 178;
118 178 37; 119 77 164; 120 164 36; 121 77 64; 122 64 288; 123 123 267;
124 267 90; 125 116 169; 126 169 282; 127 192 50; 128 50 232; 129 232 292;
130 111 51; 131 84 198; 132 198 285; 133 219 51; 134 116 297; 135 251 287;
136 112 274; 137 274 84; 138 118 172; 139 172 119; 140 119 75; 141 75 157;
142 157 65; 143 65 108; 144 107 163; 145 163 284; 146 139 108; 147 118 76;
148 76 66; 149 66 254; 150 254 107; 151 57 29; 152 29 174; 153 174 146;
154 146 103; 155 103 124; 156 124 155; 157 155 100; 158 100 89; 159 58 168;
160 168 299; 161 160 89; 162 57 125; 163 125 265; 164 265 101; 165 101 58;
166 40 304; 167 45 312; 168 52 314; 169 45 300; 170 69 134; 171 134 106;
172 54 181; 173 181 106; 174 53 135; 175 135 54; 176 53 199; 177 199 69;
178 68 95; 179 95 136; 180 136 38; 181 38 81; 182 67 236; 183 236 233;
184 233 68; 185 102 206; 186 206 195; 187 195 81; 188 67 96; 189 96 39;
190 39 102; 191 79 214; 192 214 218; 193 218 129; 194 129 177; 195 177 80;
196 109 183; 197 183 197; 198 197 171; 199 171 110; 200 113 82; 201 82 184;
202 184 33; 203 33 278; 204 278 114; 205 82 83; 206 171 278; 207 183 184;
208 87 256; 209 256 244; 210 244 153; 211 153 228; 212 228 296; 213 140 88;
214 104 257; 215 257 245; 216 245 154; 217 154 229; 218 229 258; 219 258 141;
220 141 105; 221 140 141; 222 153 154; 223 48 151; 224 151 205; 225 205 166;
226 166 49; 227 85 152; 228 152 143; 229 143 167; 230 167 271; 231 271 86;
232 166 167; 233 151 201; 234 201 152; 235 93 147; 236 147 216; 237 216 220;
238 220 94; 239 59 148; 240 148 209; 241 209 221; 242 221 242; 243 242 60;
244 220 261; 245 261 221; 246 147 203; 247 203 148; 248 63 185; 249 185 165;
250 165 149; 251 149 64; 252 122 186; 253 186 179; 254 179 150; 255 150 263;
256 263 123; 257 149 150; 258 91 92; 259 111 193; 260 193 170; 261 170 112;
262 169 92; 263 92 250; 264 250 170; 265 192 91; 266 91 231; 267 231 193;
268 75 182; 269 182 173; 270 173 130; 271 130 76; 272 65 138; 273 138 131;
274 131 66; 275 130 131; 276 182 158; 277 158 138; 278 124 145; 279 145 279;
280 175 30; 281 30 132; 282 132 125; 283 100 159; 284 159 133; 285 133 101;
286 132 264; 287 264 133; 290 95 207; 291 207 255; 292 255 266; 293 266 188;
294 188 96; 295 38 194; 296 194 189; 297 189 39; 298 188 189; 299 207 137;
300 137 194; 301 134 180; 302 180 135; 303 135 199; 304 181 135; 305 134 181;
306 199 134; 307 217 79; 308 278 259; 309 259 252; 310 252 187; 311 276 244;
312 248 276; 313 245 248; 314 277 256; 315 249 277; 316 257 249; 317 185 237;
318 237 186; 319 55 217; 320 217 56; 321 56 79; 322 79 72; 323 78 176;
324 176 128; 325 128 213; 326 213 72; 327 55 80; 328 80 127; 329 127 78;
330 115 88; 331 88 105; 332 105 46; 333 97 87; 334 87 104; 335 104 47;
336 117 48; 337 48 200; 338 200 85; 339 85 43; 340 44 49; 341 49 86;
342 86 246; 343 246 42; 344 217 218; 345 98 324; 346 61 325; 347 99 326;
348 98 327; 357 200 201; 358 202 203; 359 144 237; 360 157 158; 362 199 180;
363 180 181; 364 136 137; 365 109 184; 366 92 192; 367 110 278; 368 208 209;
369 215 216; 370 142 143; 371 142 85; 372 94 215; 373 215 93; 374 204 205;
375 204 48; 376 196 109; 377 196 197; 378 178 179; 379 164 165; 380 64 164;
381 164 63; 382 172 173; 383 172 76; 384 75 172; 385 174 175; 386 174 125;
387 176 26; 388 26 126; 389 126 177; 393 213 214; 394 80 217; 395 253 252;
396 260 259; 397 212 171; 398 171 196; 399 278 83; 400 295 296; 401 234 258;
402 277 276; 403 249 248; 404 247 271; 405 240 247; 406 247 246; 407 166 241;
408 270 242; 409 239 270; 410 270 269; 411 268 263; 412 238 268; 413 268 267;
414 275 274; 416 272 233; 417 255 272; 418 273 236; 419 266 273; 420 273 272;
421 265 264; 422 251 250; 423 262 261; 424 145 28; 425 28 146; 426 28 9;
427 235 19; 428 243 20; 429 126 127; 437 128 129; 438 193 219; 439 170 275;
440 275 198; 441 138 139; 442 159 160; 443 131 298; 444 133 168; 445 189 206;
446 176 127; 447 229 230; 448 227 228; 449 87 227; 450 205 241; 451 143 240;
452 201 48; 453 85 201; 454 209 239; 455 203 93; 456 59 203; 457 179 238;
458 237 63; 459 122 237; 460 208 59; 461 178 122; 462 111 219; 463 198 193;
464 193 232; 465 232 192; 466 231 232; 467 158 75; 468 65 158; 471 137 95;
472 38 137; 473 163 138; 474 168 159; 475 194 195; 476 38 195; 477 96 236;
478 95 233; 479 229 234; 480 214 128; 482 279 175; 483 159 280; 484 280 279;
485 280 155; 486 100 280; 487 280 124; 488 30 281; 489 53 40; 490 45 69;
491 45 68; 492 40 67; 493 67 103; 494 68 57; 497 172 116; 498 172 50;
499 282 192; 500 77 282; 501 282 36; 502 164 70; 503 164 71; 504 215 44;
505 215 117; 506 204 115; 507 204 97; 508 283 227; 509 283 73; 510 283 74;
511 284 139; 512 285 219; 513 286 230; 514 54 41; 515 52 106; 516 52 81;
517 41 102; 518 102 89; 519 81 58; 522 284 84; 523 284 51; 524 90 285;
525 285 37; 526 178 121; 527 178 120; 528 208 42; 529 208 43; 530 142 46;
531 142 47; 532 286 34; 533 286 35; 534 53 52; 535 54 45; 536 45 102;
537 52 67; 538 67 58; 539 102 57; 540 57 107; 541 58 118; 542 118 84;
543 107 116; 544 287 112; 545 287 90; 546 287 77; 547 288 123; 548 288 121;
549 288 70; 550 289 60; 551 289 42; 552 289 44; 553 290 191; 554 291 211;
555 291 46; 556 291 115; 557 290 34; 558 290 73; 559 292 111; 560 293 223;
561 294 162; 562 69 41; 563 106 40; 564 40 81; 565 41 68; 566 68 89;
567 81 103; 568 103 108; 569 89 119; 570 119 51; 571 108 50; 572 292 37;
573 292 36; 574 144 120; 575 144 71; 576 202 43; 577 202 117; 578 294 47;
579 294 97; 580 293 35; 581 293 74; 582 295 283; 583 296 140; 584 115 295;
585 295 228; 586 297 251; 587 297 92; 588 298 163; 589 254 298; 590 118 174;
591 174 119; 592 299 160; 593 107 299; 594 299 108; 595 300 301; 596 301 302;
597 302 303; 598 303 52; 599 304 305; 600 305 41; 601 300 306; 602 303 308;
603 306 310; 604 307 304; 605 308 309; 606 305 319; 607 306 322; 608 307 309;
609 310 311; 610 311 307; 611 312 313; 612 313 40; 613 312 310; 614 313 311;
615 313 304; 616 312 300; 617 41 315; 618 308 314; 619 315 316; 620 316 317;
621 317 318; 622 318 314; 623 319 320; 624 320 321; 625 321 309; 626 309 318;
627 321 317; 628 320 316; 629 319 315; 630 322 323; 631 323 308; 632 301 322;
633 302 323; 634 324 61; 635 325 328; 636 326 331; 637 327 329; 638 328 62;
639 329 99; 640 329 330; 641 330 328; 642 331 62; 643 330 331; 644 73 324;
645 324 74; 646 324 55; 647 324 56; 648 325 56; 649 325 72; 650 35 325;
651 74 325; 652 34 326; 653 35 326; 654 326 78; 655 326 72; 656 73 327;
657 34 327; 658 327 55; 659 327 78;
START GROUP DEFINITION
FLOOR
_104' 191 TO 195 319 TO 329 344 387 TO 389 393 429 437
_121'8'' 67 TO 81 196 TO 207 308 TO 310 377 395 TO 397
_135' 86 TO 89 208 TO 222 311 TO 316 330 TO 335 400 TO 403 447 448 508 513 -
582 TO 584
_147' 92 TO 97 223 TO 234 336 TO 343 357 370 374 404 TO 407
_159' 98 TO 111 235 TO 247 358 368 369 408 TO 410 423 550
_171' 112 TO 124 248 TO 257 317 318 359 378 379 411 TO 413 547
_183' 125 TO 137 258 TO 267 414 422 438 TO 440 466 499 512 544 559 586 587
_192' 138 TO 150 268 TO 277 360 382 441 443 511 588 589
_201' 151 TO 165 278 TO 287 385 421 424 425 442 444 482 TO 485 592
_210'10'' 178 TO 190 290 TO 300 364 416 TO 420 445 475
_230' 170 TO 177 301 302 362 363
_218'9'' 166 TO 169 595 TO 614 617 TO 633
END GROUP DEFINITION
START USER TABLE
TABLE 1 C:\Users\107059\Desktop\m709\C1.upt
END
DEFINE MATERIAL START
ISOTROPIC STEEL
E 2.9e+007
POISSON 0.3
DENSITY 0.283
ALPHA 6e-006
DAMP 0.03
TYPE STEEL
STRENGTH FY 36000 FU 58000 RY 1.5 RT 1.2
END DEFINE MATERIAL
CUT OFF MODE SHAPE 200
MEMBER PROPERTY AMERICAN
1 TO 66 TABLE ST W12X87
67 TO 81 86 TO 89 92 TO 99 104 TO 106 112 TO 204 208 TO 220 223 TO 231 248 -
249 TO 256 262 TO 274 278 TO 285 290 TO 297 301 302 319 TO 343 362 363 438 -
439 TO 440 482 499 508 511 TO 513 544 547 559 582 TO 584 586 592 595 TO 606 -
609 TO 612 617 619 TO 625 640 641 643 TABLE ST W12X14
205 TO 207 221 222 232 TO 234 257 TO 261 275 TO 277 286 287 298 TO 300 308 -
309 TO 310 317 318 344 357 TO 360 364 368 TO 370 374 377 TO 379 382 385 387 -
388 TO 389 397 400 401 404 405 407 TO 409 411 412 424 425 427 TO 429 -
441 TO 445 447 448 466 475 483 TO 485 488 588 607 608 630 -
631 TABLE ST W8X13
393 437 TABLE ST W8X35
311 TO 316 395 396 402 403 406 410 413 414 416 TO 423 587 589 613 614 618 -
626 TO 629 632 633 TABLE ST C6X10
303 TO 307 365 TO 367 371 TO 373 375 376 380 381 383 384 386 394 398 399 446 -
449 TO 465 467 468 471 TO 474 476 TO 480 486 487 585 615 -
616 TABLE ST L40406
500 TO 507 509 510 524 TO 533 545 546 548 549 551 552 555 TO 558 572 TO 580 -
581 TABLE LD L40406
644 TO 659 TABLE LD L505014
82 83 90 91 345 TO 348 426 553 554 560 561 634 TO 639 642 TABLE ST W12X30
497 498 522 523 540 TO 543 568 TO 571 590 591 593 594 TABLE LD L40406
489 TO 494 514 TO 519 534 TO 539 562 TO 567 TABLE LD L40406
MEMBER PROPERTY
100 TO 103 107 TO 111 235 TO 247 550 UPTABLE 1 C350X150
CONSTANTS
BETA 90 MEMB 488
MATERIAL STEEL ALL
MEMBER RELEASE
67 70 73 77 82 83 87 90 TO 92 95 98 100 104 107 112 116 119 121 125 128 131 -
134 138 140 144 147 151 155 159 162 166 TO 170 172 174 176 178 182 185 188 -
191 196 200 205 TO 208 214 221 TO 223 227 232 233 235 239 244 246 248 252 -
257 TO 262 265 268 272 275 276 278 283 286 290 295 298 299 301 308 313 316 -
317 319 321 323 327 344 TO 348 357 TO 360 362 TO 364 368 TO 370 374 -
377 TO 379 382 385 387 393 395 TO 397 400 TO 403 405 TO 407 409 410 -
412 TO 414 417 419 TO 424 429 437 441 TO 445 447 448 466 475 483 485 584 -
587 589 601 602 606 TO 608 613 614 617 618 626 TO 629 632 633 640 -
643 START MY MZ
69 72 76 81 86 89 94 97 99 103 106 111 115 118 120 124 127 130 133 137 139 -
143 146 150 154 158 161 165 171 173 175 177 181 184 187 190 195 199 -
204 TO 207 213 220 TO 222 226 231 232 234 238 243 245 247 251 256 TO 261 -
271 274 275 277 282 285 287 294 297 298 300 302 310 311 314 318 320 322 326 -
329 344 357 TO 360 362 TO 364 368 TO 370 374 377 TO 379 382 385 389 393 395 -
396 TO 397 400 TO 404 406 TO 408 410 411 413 414 416 418 420 TO 423 425 429 -
437 438 440 TO 442 444 445 447 448 466 475 484 485 553 554 560 561 -
587 TO 589 598 600 604 608 612 TO 614 618 626 TO 629 631 TO 634 638 639 641 -
642 TO 643 END MY MZ
MEMBER TRUSS 
303 TO 307 365 TO 367 371 373 375 376 380 381 383 384 386 394 398 399 446 -
449 TO 465 467 468 471 TO 474 476 TO 480 486 487 489 TO 494 497 498 -
500 TO 507 509 510 514 TO 519 522 TO 543 545 546 548 549 551 552 555 TO 558 -
562 TO 581 585 590 591 593 594 615 616 644 TO 659
SUPPORTS
1 3 5 7 FIXED BUT MX MZ KMY 0.02
DEFINE REFERENCE LOADS
LOAD R1 LOADTYPE Mass  TITLE MASS
*LOAD 4 LOADTYPE Dead  TITLE DL
SELFWEIGHT Y -1.15 
*weight of cage ladder
MEMBER LOAD
438 441 442 444 445 618 CON GY -273
FLOOR LOAD
_104' FLOAD -0.14 GY
_121'8'' FLOAD -0.14 GY
_135' FLOAD -0.14 GY
_147' FLOAD -0.14 GY
_159' FLOAD -0.14 GY
_171' FLOAD -0.14 GY
_183' FLOAD -0.14 GY
_192' FLOAD -0.14 GY
_201' FLOAD -0.14 GY
_210'10'' FLOAD -0.14 GY
_230' FLOAD -0.14 GY
_218'9'' FLOAD -0.14 GY
*LOAD 5 LOADTYPE Live REDUCIBLE TITLE LL
FLOOR LOAD
_104' FLOAD -0.7 GY
_121'8'' FLOAD -0.7 GY
_135' FLOAD -0.7 GY
_147' FLOAD -0.7 GY
_159' FLOAD -0.7 GY
_171' FLOAD -0.7 GY
_183' FLOAD -0.7 GY
_192' FLOAD -0.7 GY
_201' FLOAD -0.7 GY
_210'10'' FLOAD -0.7 GY
_230' FLOAD -0.7 GY
_218'9'' FLOAD -0.7 GY
**LOAD 7 LOADTYPE None  TITLE PLO
*75016-02
JOINT LOAD
9 FY -500
9 FX 200
9 FZ 200
*71013-01
*75088-01
*75009-02
MEMBER LOAD
*75003-03
421 CON GY -500 13.5
421 CON GX 200 13.5
421 CON GZ 200 13.5
*75003-04
422 CON GY -500 13.5
422 CON GX 200 13.5
422 CON GZ 200 13.5
*75088-04
586 CON GY -500 13.5
586 CON GX 200 13.5
586 CON GZ 200 13.5
*71013-05
121 CON GY -0 13.5
121 CON GX 1 13.5
121 CON GZ 7 13.5
*011XX-01
547 CON GY -500 13.5
547 CON GX 200 13.5
547 CON GZ 200 13.5
*75003-05
423 CON GY -500 13.5
423 CON GX 200 13.5
423 CON GZ 200 13.5
*75088-05
110 CON GY -500 13.5
110 CON GX 200 13.5
110 CON GZ 200 13.5
*71013-06
340 CON GY -0 13.5
340 CON GX 0 13.5
340 CON GZ 12 13.5
*55161-01
90 CON GY -500 36
90 CON GX 200 36
90 CON GZ 200 36
*75001-01
83 CON GY -500 60
83 CON GX 200 60
83 CON GZ 200 60
*75005-01
83 CON GY -500 50
83 CON GX 200 50
83 CON GZ 200 50
*75018-08
83 CON GY -500 40
83 CON GX 200 40
83 CON GZ 200 40
*75008-01
89 CON GY -500 40
89 CON GX 200 40
89 CON GZ 200 40
*75045-01
427 CON GY -500 20
427 CON GX 200 20
427 CON GZ 200 20
*75045-02
428 CON GY -500 20
428 CON GX 200 20
428 CON GZ 200 20
*75018-02
139 CON GY -500 55
139 CON GX 200 55
139 CON GZ 200 55
*03189-02
139 CON GY -500 40
139 CON GX 200 40
139 CON GZ 200 40
*LOAD 10 LOADTYPE None  TITLE ELO
*T-75200
MEMBER LOAD
237 241 CON GY -9299 13
245 CON GY -9299 1.26
246 CON GY -9299 30
*P-03150
437 CON GY -355 50
393 CON GY -355 50
*E-75400
641 CON GY -1918 20
642 CON GY -1918 20
*E-75500
626 CON GY -1050 30
627 CON GY -1050 30
628 CON GY -1050 30
629 CON GY -1050 30
END DEFINE REFERENCE LOADS
***************************************************************************
DEFINE WIND LOAD
TYPE 1 WIND 1
INT 0.32 0.4 0.44 0.48 0.5 0.54 HEIG  396  792  1200  1596  2004  2412
******************************************************************************
DEFINE NRC 2005 LOAD
SA1 0.12 SA2 0.056 SA3 0.023 SA4 0.008 IE 1.3 SCLASS 4 MVX 1 MVZ 1 JX 1 JZ 1 -
 RDX 1.5 RDZ 1.5 ROX 1.3 ROZ 1.3
DEFINE DIRECT ANALYSIS
END
********************************************************************************************
LOAD 1 LOADTYPE Seismic  TITLE EQ X
*T-75200
MEMBER LOAD
237 241 CON GX 749 13
245 CON GX 749 1.26
246 CON GX 749 30
237 CON GY 26174 13
241 CON GY -26174 13
NRC LOAD X 1
PERFORM ANALYSIS
CHANGE
LOAD 2 LOADTYPE Seismic  TITLE EQ Z
*T-75200
MEMBER LOAD
237 241 CON GZ 749 13
245 CON GZ 749 1.26
246 CON GZ 749 30
245 CON GY 26174 1.26
246 CON GY -26174 30
NRC LOAD Z 1
PERFORM ANALYSIS
CHANGE
LOAD 3 LOADTYPE Seismic  TITLE EQ Y
JOINT LOAD
210 FY -0.001
PERFORM ANALYSIS
CHANGE
LOAD 4 LOADTYPE Dead  TITLE DL
SELFWEIGHT Y -1.15 
*weight of cage ladder
MEMBER LOAD
438 441 442 444 445 618 CON GY -273
FLOOR LOAD
_104' FLOAD -0.14 GY
_121'8'' FLOAD -0.14 GY
_135' FLOAD -0.14 GY
_147' FLOAD -0.14 GY
_159' FLOAD -0.14 GY
_171' FLOAD -0.14 GY
_183' FLOAD -0.14 GY
_192' FLOAD -0.14 GY
_201' FLOAD -0.14 GY
_210'10'' FLOAD -0.14 GY
_230' FLOAD -0.14 GY
_218'9'' FLOAD -0.14 GY
LOAD 5 LOADTYPE Live REDUCIBLE TITLE LL
FLOOR LOAD
_104' FLOAD -0.7 GY
_121'8'' FLOAD -0.7 GY
_135' FLOAD -0.7 GY
_147' FLOAD -0.7 GY
_159' FLOAD -0.7 GY
_171' FLOAD -0.7 GY
_183' FLOAD -0.7 GY
_192' FLOAD -0.7 GY
_201' FLOAD -0.7 GY
_210'10'' FLOAD -0.7 GY
_230' FLOAD -0.7 GY
_218'9'' FLOAD -0.7 GY
LOAD 6 LOADTYPE None  TITLE PLE
*75016-02
*71013-01
*75088-01
*75009-02
MEMBER LOAD
*75003-03
421 CON GY -300 13.5
*75003-04
422 CON GY -300 13.5
*75088-04
586 CON GY -300 13.5
*71013-05
121 CON GY -0 13.5
*011XX-01
547 CON GY -300 13.5
*75003-05
423 CON GY -300 13.5
*75088-05
110 CON GY -300 13.5
*71013-06
340 CON GY -0 13.5
*55161-01
90 CON GY -300 36
*75001-01
83 CON GY -300 60
*75005-01
83 CON GY -300 50
*75018-08
83 CON GY -300 40
*75008-01
89 CON GY -300 40
*75045-01
427 CON GY -300 20
*75045-02
428 CON GY -300 20
*75018-02
139 CON GY -300 55
*03189-02
139 CON GY -300 40
LOAD 7 LOADTYPE None  TITLE PLO
*75016-02
*71013-01
*75088-01
*75009-02
MEMBER LOAD
*75003-03
421 CON GY -500 13.5
421 CON GX 200 13.5
421 CON GZ 200 13.5
*75003-04
422 CON GY -500 13.5
422 CON GX 200 13.5
422 CON GZ 200 13.5
*75088-04
586 CON GY -500 13.5
586 CON GX 200 13.5
586 CON GZ 200 13.5
*71013-05
121 CON GY -0 13.5
121 CON GX 1 13.5
121 CON GZ 7 13.5
*011XX-01
547 CON GY -500 13.5
547 CON GX 200 13.5
547 CON GZ 200 13.5
*75003-05
423 CON GY -500 13.5
423 CON GX 200 13.5
423 CON GZ 200 13.5
*75088-05
110 CON GY -500 13.5
110 CON GX 200 13.5
110 CON GZ 200 13.5
*71013-06
340 CON GY -0 13.5
340 CON GX 0 13.5
340 CON GZ 12 13.5
*55161-01
90 CON GY -500 36
90 CON GX 200 36
90 CON GZ 200 36
*75001-01
83 CON GY -500 60
83 CON GX 200 60
83 CON GZ 200 60
*75005-01
83 CON GY -500 50
83 CON GX 200 50
83 CON GZ 200 50
*75018-08
83 CON GY -500 40
83 CON GX 200 40
83 CON GZ 200 40
*75008-01
89 CON GY -500 40
89 CON GX 200 40
89 CON GZ 200 40
*75045-01
427 CON GY -500 20
427 CON GX 200 20
427 CON GZ 200 20
*75045-02
428 CON GY -500 20
428 CON GX 200 20
428 CON GZ 200 20
*75018-02
139 CON GY -500 55
139 CON GX 200 55
139 CON GZ 200 55
*03189-02
139 CON GY -500 40
139 CON GX 200 40
139 CON GZ 200 40
LOAD 8 LOADTYPE None  TITLE PLT
*75016-02
*71013-01
*75088-01
*75009-02
MEMBER LOAD
*75003-03
421 CON GY -500 13.5
421 CON GX 200 13.5
421 CON GZ 200 13.5
*75003-04
422 CON GY -500 13.5
422 CON GX 200 13.5
422 CON GZ 200 13.5
*75088-04
586 CON GY -500 13.5
586 CON GX 200 13.5
586 CON GZ 200 13.5
*71013-05
121 CON GY -0 13.5
121 CON GX 1 13.5
121 CON GZ 4 13.5
*011XX-01
547 CON GY -500 13.5
547 CON GX 200 13.5
547 CON GZ 200 13.5
*75003-05
423 CON GY -500 13.5
423 CON GX 200 13.5
423 CON GZ 200 13.5
*75088-05
110 CON GY -500 13.5
110 CON GX 200 13.5
110 CON GZ 200 13.5
*71013-06
340 CON GY -0 13.5
340 CON GX 0 13.5
340 CON GZ 0 13.5
*55161-01
90 CON GY -500 36
90 CON GX 200 36
90 CON GZ 200 36
*75001-01
83 CON GY -500 60
83 CON GX 200 60
83 CON GZ 200 60
*75005-01
83 CON GY -500 50
83 CON GX 200 50
83 CON GZ 200 50
*75018-08
83 CON GY -500 40
83 CON GX 200 40
83 CON GZ 200 40
*75008-01
89 CON GY -500 40
89 CON GX 200 40
89 CON GZ 200 40
*75045-01
427 CON GY -500 20
427 CON GX 200 20
427 CON GZ 200 20
*75045-02
428 CON GY -500 20
428 CON GX 200 20
428 CON GZ 200 20
*75018-02
139 CON GY -500 55
139 CON GX 200 55
139 CON GZ 200 55
*03189-02
139 CON GY -500 40
139 CON GX 200 40
139 CON GZ 200 40
LOAD 9 LOADTYPE None  TITLE ELE
*T-75200
MEMBER LOAD
237 241 CON GY -6560 13
245 CON GY -6560 1.26
246 CON GY -6560 30
*P-03150
437 CON GY -355 50
393 CON GY -355 50
*E-75400
641 CON GY -1433 20
642 CON GY -1433 20
*E-75500
626 CON GY -1000 30
627 CON GY -1000 30
628 CON GY -1000 30
629 CON GY -1000 30
LOAD 10 LOADTYPE None  TITLE ELO
*T-75200
MEMBER LOAD
237 241 CON GY -9299 13
245 CON GY -9299 1.26
246 CON GY -9299 30
*P-03150
437 CON GY -355 50
393 CON GY -355 50
*E-75400
641 CON GY -1918 20
642 CON GY -1918 20
*E-75500
626 CON GY -1050 30
627 CON GY -1050 30
628 CON GY -1050 30
629 CON GY -1050 30
LOAD 11 LOADTYPE None  TITLE ELT
*T-75200
MEMBER LOAD
237 241 CON GY -20915 13
245 CON GY -20915 1.26
246 CON GY -20915 30
*P-03150
437 CON GY -355 50
393 CON GY -355 50
*E-75400
641 CON GY -1998 20
642 CON GY -1998 20
*E-75500
626 CON GY -1200 30
627 CON GY -1200 30
628 CON GY -1200 30
629 CON GY -1200 30
LOAD 12 LOADTYPE None  TITLE CL
LOAD 13 LOADTYPE None  TITLE FL
LOAD 14 LOADTYPE Snow  TITLE SL
FLOOR LOAD
_104' FLOAD -0.245 GY
_121'8'' FLOAD -0.245 GY
_135' FLOAD -0.245 GY
_147' FLOAD -0.245 GY
_159' FLOAD -0.245 GY
_171' FLOAD -0.245 GY
_183' FLOAD -0.245 GY
_192' FLOAD -0.245 GY
_201' FLOAD -0.245 GY
_210'10'' FLOAD -0.245 GY
_230' FLOAD -0.245 GY
_218'9'' FLOAD -0.245 GY
LOAD 15 LOADTYPE Wind  TITLE WL X
*T-75200
MEMBER LOAD
237 241 CON GX 1829 13
245 CON GX 1829 1.26
246 CON GX 1829 30
237 CON GY 53496 13
241 CON GY -53496 13
*E-75400
641 CON GX 70 20
642 CON GX 70 20
641 CON GY 70 20
642 CON GY -70 20
*E-75500
626 CON GX 100 30
627 CON GX 100 30
628 CON GX 100 30
629 CON GX 100 30
WIND LOAD X 1 TYPE 1 XR -10 10 YR 0 1535 ZR -10 150 OPEN
WIND LOAD X 1 TYPE 1 XR 130 150 YR 0 1535 ZR -10 150 OPEN
NOTIONAL LOAD
4 X 0.005 5 X 0.005 7 X 0.005 10 X 0.005 12 X 0.005 14 X 0.005 
LOAD 16 LOADTYPE Wind  TITLE WL Z
*T-75200
MEMBER LOAD
237 241 CON GZ 1829 13
245 CON GZ 1829 1.26
246 CON GZ 1829 30
245 CON GY 53496 1.26
246 CON GY -53496 30
*E-75400
641 CON GZ 70 20
642 CON GZ 70 20
*E-75500
626 CON GZ 10 30
627 CON GZ 10 30
628 CON GZ 10 30
629 CON GZ 10 30
WIND LOAD Z 1 TYPE 1 XR -10 150 YR 0 1535 ZR -10 10 OPEN
WIND LOAD Z 1 TYPE 1 XR -10 150 YR 0 1535 ZR 130 150 OPEN
NOTIONAL LOAD
4 Z 0.005 5 Z 0.005 7 Z 0.005 10 Z 0.005 12 Z 0.005 14 Z 0.005 
LOAD 17 LOADTYPE Temperature  TITLE + TL
TEMPERATURE LOAD
1 TO 83 86 TO 287 290 TO 348 357 TO 360 362 TO 389 393 TO 414 416 TO 429 437 -
438 TO 468 471 TO 480 482 TO 494 497 TO 519 522 TO 659 TEMP 95
LOAD 18 LOADTYPE Temperature  TITLE - TL
TEMPERATURE LOAD
1 TO 83 86 TO 287 290 TO 348 357 TO 360 362 TO 389 393 TO 414 416 TO 429 437 -
438 TO 468 471 TO 480 482 TO 494 497 TO 519 522 TO 659 TEMP -29
*101 Operating +Wind X
LOAD COMBINATION 101
4 1.0 7 1.0 10 1.0 15 0.75 16 0.375 
*102 Operating +Wind -X
LOAD COMBINATION 102
4 1.0 7 1.0 10 1.0 15 -0.75 16 -0.375 
*103 Operating +Wind Z
LOAD COMBINATION 103
4 1.0 7 1.0 10 1.0 15 0.375 16 0.75 
*104 Operating +Wind -Z
LOAD COMBINATION 104
4 1.0 7 1.0 10 1.0 15 -0.375 16 -0.75 
*105 Operating + Live
LOAD COMBINATION 105
4 1.0 5 1.0 7 1.0 10 1.0 14 0.5 
*106 Operating + Live + TL
LOAD COMBINATION 106
4 1.0 5 0.5 7 1.0 10 1.0 14 0.25 15 0.75 16 0.375 17 1.0 
*107 Operating + Live - TL
LOAD COMBINATION 107
4 1.0 5 0.5 7 1.0 10 1.0 14 0.25 15 0.75 16 0.375 18 -1.0 
*108 Operating + Wind X + Live
LOAD COMBINATION 108
4 1.0 5 0.5 7 1.0 10 1.0 14 0.25 15 0.75 16 0.375 
*109 Operating + Wind -X + Live
LOAD COMBINATION 109
4 1.0 5 0.5 7 1.0 10 1.0 14 -0.25 15 -0.75 16 -0.375 
*110 Operating + Wind Z + Live
LOAD COMBINATION 110
4 1.0 5 0.5 7 1.0 10 1.0 14 0.25 15 0.375 16 0.75 
*111 Operating + Wind -Z + Live
LOAD COMBINATION 111
4 1.0 5 0.5 7 1.0 10 1.0 14 -0.25 15 -0.375 16 -0.75 
*112 Operating + Live + Wind -X (C)
LOAD COMBINATION 112
4 1.0 5 1.0 7 1.0 10 1.0 14 0.25 15 0.3 16 0.15 
*113 Operating + Live + Wind -Z (C)
LOAD COMBINATION 113
4 1.0 5 1.0 7 1.0 10 1.0 14 0.25 15 0.15 16 0.3 
*114 Operating + Test + Live
LOAD COMBINATION 114
4 1.0 5 1.0 8 1.0 9 1.0 11 1.0 14 0.5 
*201 Minimum vertical + Wind +X
LOAD COMBINATION 201
4 0.9 9 0.9 15 1.4 16 0.7 
*202 Minimum vertical + Wind -X
LOAD COMBINATION 202
4 0.9 9 0.9 15 -1.4 16 -0.7 
*203 Minimum vertical + Wind +z
LOAD COMBINATION 203
4 0.9 9 0.9 15 0.7 16 1.4 
*204 Minimum vertical + Wind -z
LOAD COMBINATION 204
4 0.9 9 0.9 15 -0.7 16 -1.4 
*205 Operating
LOAD COMBINATION 205
4 1.4 7 1.4 10 1.4 
*206 Operating + TL
LOAD COMBINATION 206
4 1.4 7 1.4 10 1.4 17 1.4 
*207 Operating - TL
LOAD COMBINATION 207
4 1.4 7 1.4 10 1.4 18 -1.4 
*208 Operating + Wind +X
LOAD COMBINATION 208
4 1.25 7 1.25 10 1.25 15 1.4 16 0.7 
*209 Operating + Wind -X
LOAD COMBINATION 209
4 1.25 7 1.25 10 1.25 15 -1.4 16 -0.7 
*210 Operating + Wind +Y
LOAD COMBINATION 210
4 1.25 7 1.25 10 1.25 15 0.7 16 1.4 
*211 Operating + Wind -Y
LOAD COMBINATION 211
4 1.25 7 1.25 10 1.25 15 -0.7 16 -1.4 
*212 Min operating + Wind +X
LOAD COMBINATION 212
4 0.9 7 0.9 10 0.9 15 1.4 16 0.7 
*213 Min operating + Wind -X
LOAD COMBINATION 213
4 0.9 7 0.9 10 0.9 15 -1.4 16 -0.7 
*214 Min operating + Wind +Z
LOAD COMBINATION 214
4 0.9 7 0.9 10 0.9 15 0.7 16 1.4 
*215 Min operating + Wind -Z
LOAD COMBINATION 215
4 0.9 7 0.9 10 0.9 15 -0.7 16 -1.4 
*216 Operating + Live
LOAD COMBINATION 216
4 1.25 5 1.5 7 1.25 10 1.25 14 0.5 
*217 Operatiing + wind +X + Live
LOAD COMBINATION 217
4 1.25 5 0.5 7 1.25 10 1.25 14 0.25 15 1.4 16 0.7 
*218 Operatiing + wind -X + Live
LOAD COMBINATION 218
4 1.25 5 0.5 7 1.25 10 1.25 14 0.25 15 -1.4 16 -0.7 
*219 Operatiing + wind +Z + Live
LOAD COMBINATION 219
4 1.25 5 0.5 7 1.25 10 1.25 14 0.25 15 0.7 16 1.4 
*220 Operatiing + wind -Z + Live
LOAD COMBINATION 220
4 1.25 5 0.5 7 1.25 10 1.25 14 0.25 15 -0.7 16 -1.4 
*221 Operating + Live + Wind X
LOAD COMBINATION 221
4 1.25 5 1.5 7 1.25 10 1.25 14 0.25 15 0.4 16 0.2 
*222 Operating + Live + Wind Z
LOAD COMBINATION 222
4 1.25 5 1.5 7 1.25 10 1.25 14 0.25 15 0.2 16 0.4 
*223 Operating + Test
LOAD COMBINATION 223
4 1.4 8 1.4 11 1.4 
*224 Operating + Test + Live
LOAD COMBINATION 224
4 1.25 5 1.5 8 1.25 11 1.25 14 0.5 
*225 Operating + Test + 1/2 wind X
LOAD COMBINATION 225
4 1.25 8 1.25 11 1.25 15 0.7 16 0.35 
*226 Operating + Test + 1/2 wind Y
LOAD COMBINATION 226
4 1.25 8 1.25 11 1.25 15 0.35 16 0.7 
*227 Operating + Live + 1/2FL
LOAD COMBINATION 227
4 1.25 5 1.5 8 1.25 13 0.625 14 0.5 
*228 Operating + Live - 1/2FL
LOAD COMBINATION 228
4 1.25 5 1.5 8 1.25 13 -0.625 14 0.5 
*229 Operating + Live + FL
LOAD COMBINATION 229
4 1.25 5 1.5 8 1.25 13 1.25 14 0.5 
*230 Operating + Live - FL
LOAD COMBINATION 230
4 1.25 5 1.5 8 1.25 13 -1.25 14 0.5 
*231 Operating  + Earthquake +X
LOAD COMBINATION 231
1 1.0 4 1.0 5 0.5 7 1.0 10 1.0 14 0.25 
*232 Operating  + Earthquake -X
LOAD COMBINATION 232
1 -1.0 4 1.0 5 0.5 7 1.0 10 1.0 14 0.25 
*233 Operating  + Earthquake +Y
LOAD COMBINATION 233
2 1.0 4 1.0 5 0.5 7 1.0 10 1.0 14 0.25 
*234 Operating  + Earthquake -Y
LOAD COMBINATION 234
2 -1.0 4 1.0 5 0.5 7 1.0 10 1.0 14 0.25 
*235 Operating  + Earthquake +Z
LOAD COMBINATION 235
3 1.0 4 1.0 5 0.5 7 1.0 10 1.0 14 0.25 
*236 Operating  + Earthquake -Z
LOAD COMBINATION 236
3 -1.0 4 1.0 5 0.5 7 1.0 10 1.0 14 0.25 
PERFORM ANALYSIS PRINT ALL
PARAMETER 1
CODE CANADIAN
FU 65000 MEMB 1 TO 83 86 TO 287 290 TO 302 308 TO 310 317 TO 348 357 TO 360 -
362 TO 364 368 TO 370 374 377 TO 379 382 385 387 TO 389 393 397 400 401 404 -
405 407 TO 409 411 412 424 TO 429 437 TO 445 447 448 466 475 482 TO 485 488 -
499 508 511 TO 513 544 547 550 553 554 559 TO 561 582 TO 584 586 588 592 -
595 TO 612 617 619 TO 625 630 631 634 TO 643
FYLD 50000 MEMB 1 TO 83 86 TO 287 290 TO 302 308 TO 310 317 TO 348 -
357 TO 360 362 TO 364 368 TO 370 374 377 TO 379 382 385 387 TO 389 393 397 -
400 401 404 405 407 TO 409 411 412 424 TO 429 437 TO 445 447 448 466 475 -
482 TO 485 488 499 508 511 TO 513 544 547 550 553 554 559 TO 561 582 TO 584 -
586 588 592 595 TO 612 617 619 TO 625 630 631 634 TO 643
FU 60000 MEMB 100 TO 103 107 TO 111 235 TO 247 303 TO 307 311 TO 316 -
365 TO 367 371 TO 373 375 376 380 381 383 384 386 394 TO 396 398 399 402 -
403 406 410 413 414 416 TO 423 446 449 TO 465 467 468 471 TO 474 476 TO 480 -
486 487 489 TO 494 497 498 500 TO 507 509 510 514 TO 519 522 TO 543 545 546 -
548 TO 552 555 TO 558 562 TO 581 585 587 589 TO 591 593 594 613 TO 616 618 -
626 TO 629 632 633 644 TO 659
FYLD 42000 MEMB 100 TO 103 107 TO 111 235 TO 247 303 TO 307 311 TO 316 365 -
366 TO 367 371 TO 373 375 376 380 381 383 384 386 394 TO 396 398 399 402 403 -
406 410 413 414 416 TO 423 446 449 TO 465 467 468 471 TO 474 476 TO 480 486 -
487 489 TO 494 497 498 500 TO 507 509 510 514 TO 519 522 TO 543 545 546 548 -
549 TO 552 555 TO 558 562 TO 581 585 587 589 TO 591 593 594 613 TO 616 618 -
626 TO 629 632 633 644 TO 659
SNUG 0 MEMB 100 TO 103 107 TO 111 235 TO 247 550
DFF 300 MEMB 67 TO 83 86 TO 287 290 TO 302 310 TO 348 357 TO 360 362 TO 364 -
368 TO 370 374 377 TO 379 382 385 387 TO 389 393 397 400 TO 403 405 -
408 TO 410 412 414 416 TO 425 437 TO 445 447 448 466 475 482 TO 485 499 508 -
511 TO 513 544 547 550 553 554 559 TO 561 582 TO 584 586 TO 589 592 -
595 TO 614 617 TO 643
*-------------------------------------------EL. 17 INCH
DJ1 55 MEMB 327 TO 329
DJ2 78 MEMB 327 TO 329
DJ1 177 MEMB 387 TO 389
DJ2 176 MEMB 387 TO 389
DJ1 56 MEMB 321 322
DJ2 72 MEMB 321 322
*-------------------------------------------EL. 17 INCH
DJ1 55 MEMB 319 320
DJ2 56 MEMB 319 320
DJ1 80 MEMB 191 TO 195
DJ2 79 MEMB 191 TO 195
DJ1 78 MEMB 323 TO 326
DJ2 72 MEMB 323 TO 326
*-------------------------------------------EL. 155 INCH
DJ1 98 MEMB 348 637 639
DJ2 99 MEMB 348 637 639
DJ1 61 MEMB 346 635 638
DJ2 62 MEMB 346 635 638
*-------------------------------------------EL. 155 INCH
DJ1 98 MEMB 345 634
DJ2 61 MEMB 345 634
DJ1 329 MEMB 640 641
DJ2 328 MEMB 640 641
DJ1 99 MEMB 347 636 642
DJ2 62 MEMB 347 636 642
*-------------------------------------------EL. 229 INCH
DJ1 73 MEMB 77 TO 81
DJ2 34 MEMB 77 TO 81
DJ1 74 MEMB 70 TO 72
DJ2 35 MEMB 70 TO 72
*-------------------------------------------EL. 229 INCH
DJ1 73 MEMB 67 TO 69
DJ2 74 MEMB 67 TO 69
DJ1 110 MEMB 196 TO 199
DJ2 109 MEMB 196 TO 199
DJ1 114 MEMB 200 TO 204
DJ2 113 MEMB 200 TO 204
DJ1 34 MEMB 73 TO 76
DJ2 35 MEMB 73 TO 76
*-------------------------------------------EL. 353 INCH
DJ1 190 MEMB 83 553
DJ2 191 MEMB 83 553
DJ1 222 MEMB 82 560
DJ2 223 MEMB 82 560
*-------------------------------------------EL. 389 INCH
DJ1 115 MEMB 330 TO 332
DJ2 46 MEMB 330 TO 332
DJ1 244 MEMB 311 TO 313
DJ2 245 MEMB 311 TO 313
DJ1 256 MEMB 314 TO 316
DJ2 257 MEMB 314 TO 316
DJ1 97 MEMB 333 TO 335
DJ2 47 MEMB 333 TO 335
*-------------------------------------------EL. 389 INCH
DJ1 115 MEMB 86 508 582 584
DJ2 97 MEMB 86 508 582 584
DJ1 88 MEMB 208 TO 213 583
DJ2 87 MEMB 208 TO 213 583
DJ1 105 MEMB 214 TO 220
DJ2 104 MEMB 214 TO 220
DJ1 46 MEMB 87 TO 89 513
DJ2 47 MEMB 87 TO 89 513
*-------------------------------------------EL. 497 INCH
DJ1 210 MEMB 90 554
DJ2 211 MEMB 90 554
DJ1 161 MEMB 91 561
DJ2 162 MEMB 91 561
*-------------------------------------------EL. 533 INCH
DJ1 44 MEMB 340 TO 343
DJ2 42 MEMB 340 TO 343
DJ1 151 MEMB 233 234
DJ2 152 MEMB 233 234
DJ1 117 MEMB 336 TO 339
DJ2 43 MEMB 336 TO 339
*-------------------------------------------EL. 533 INCH
DJ1 44 MEMB 95 TO 97
DJ2 117 MEMB 95 TO 97
DJ1 49 MEMB 223 TO 226
DJ2 48 MEMB 223 TO 226
DJ1 86 MEMB 227 TO 231
DJ2 85 MEMB 227 TO 231
DJ1 42 MEMB 92 TO 94
DJ2 43 MEMB 92 TO 94
*-------------------------------------------EL. 677 INCH
DJ1 70 MEMB 107 TO 111 550
DJ2 121 MEMB 107 TO 111 550
DJ1 220 MEMB 244 245
DJ2 221 MEMB 244 245
DJ1 147 MEMB 246 247
DJ2 148 MEMB 246 247
DJ1 71 MEMB 100 TO 103
DJ2 120 MEMB 100 TO 103
*-------------------------------------------EL. 677 INCH
DJ1 70 MEMB 98 99
DJ2 71 MEMB 98 99
DJ1 94 MEMB 235 TO 238
DJ2 93 MEMB 235 TO 238
DJ1 60 MEMB 239 TO 243
DJ2 59 MEMB 239 TO 243
DJ1 121 MEMB 104 TO 106
DJ2 120 MEMB 104 TO 106
*-------------------------------------------EL. 821 INCH
DJ1 77 MEMB 121 TO 124 547
DJ2 90 MEMB 121 TO 124 547
DJ1 185 MEMB 317 318
DJ2 186 MEMB 317 318
DJ1 36 MEMB 112 TO 115
DJ2 37 MEMB 112 TO 115
*-------------------------------------------EL. 821 INCH
DJ1 77 MEMB 119 120
DJ2 36 MEMB 119 120
DJ1 64 MEMB 248 TO 251
DJ2 63 MEMB 248 TO 251
DJ1 123 MEMB 252 TO 256
DJ2 122 MEMB 252 TO 256
DJ1 90 MEMB 116 TO 118
DJ2 37 MEMB 116 TO 118
*-------------------------------------------EL. 965 INCH
DJ1 116 MEMB 134 TO 137 544 586
DJ2 84 MEMB 134 TO 137 544 586
DJ1 169 MEMB 262 TO 264 439 440
DJ2 198 MEMB 262 TO 264 439 440
DJ1 192 MEMB 265 TO 267 438
DJ2 219 MEMB 265 TO 267 438
DJ1 50 MEMB 128 TO 130 559
DJ2 51 MEMB 128 TO 130 559
*-------------------------------------------EL. 965 INCH
DJ1 116 MEMB 125 TO 127 499
DJ2 50 MEMB 125 TO 127 499
DJ1 84 MEMB 131 TO 133 512
DJ2 51 MEMB 131 TO 133 512
*-------------------------------------------EL. 1073 INCH
DJ1 118 MEMB 147 TO 150
DJ2 107 MEMB 147 TO 150
DJ1 131 MEMB 443 588
DJ2 163 MEMB 443 588
DJ1 182 MEMB 276 277
DJ2 138 MEMB 276 277
DJ1 119 MEMB 140 TO 143
DJ2 108 MEMB 140 TO 143
*-------------------------------------------EL. 1073 INCH
DJ1 118 MEMB 138 139
DJ2 119 MEMB 138 139
DJ1 76 MEMB 268 TO 271
DJ2 75 MEMB 268 TO 271
DJ1 66 MEMB 272 TO 274
DJ2 65 MEMB 272 TO 274
DJ1 107 MEMB 144 TO 146 511
DJ2 108 MEMB 144 TO 146 511
*-------------------------------------------EL. 1181 INCH
DJ1 57 MEMB 162 TO 165
DJ2 58 MEMB 162 TO 165
DJ1 132 MEMB 286 287
DJ2 133 MEMB 286 287
DJ1 279 MEMB 483 484
DJ2 159 MEMB 483 484
DJ1 146 MEMB 424 425
DJ2 145 MEMB 424 425
DJ1 103 MEMB 155 TO 158
DJ2 89 MEMB 155 TO 158
*-------------------------------------------EL. 1181 INCH
DJ1 57 MEMB 151 TO 154
DJ2 103 MEMB 151 TO 154
DJ1 125 MEMB 278 TO 282 482
DJ2 124 MEMB 278 TO 282 482
DJ1 101 MEMB 283 TO 285
DJ2 100 MEMB 283 TO 285
DJ1 58 MEMB 159 TO 161 592
DJ2 89 MEMB 159 TO 161 592
*-------------------------------------------EL. 1299 INCH
DJ1 67 MEMB 188 TO 190
DJ2 102 MEMB 188 TO 190
DJ1 236 MEMB 418 419
DJ2 266 MEMB 418 419
DJ1 233 MEMB 416 417
DJ2 255 MEMB 416 417
DJ1 207 MEMB 299 300
DJ2 194 MEMB 299 300
DJ1 68 MEMB 178 TO 181
DJ2 81 MEMB 178 TO 181
*-------------------------------------------EL. 1299 INCH
DJ1 67 MEMB 182 TO 184
DJ2 68 MEMB 182 TO 184
DJ1 96 MEMB 290 TO 294
DJ2 95 MEMB 290 TO 294
DJ1 39 MEMB 295 TO 297
DJ2 38 MEMB 295 TO 297
DJ1 102 MEMB 185 TO 187
DJ2 81 MEMB 185 TO 187
*-------------------------------------------EL. 1394 INCH
DJ1 45 MEMB 169 595 TO 598
DJ2 52 MEMB 169 595 TO 598
DJ1 306 MEMB 607 630 631
DJ2 308 MEMB 607 630 631
DJ1 40 MEMB 166 599 600
DJ2 41 MEMB 166 599 600
*-------------------------------------------EL. 1394 INCH
DJ1 45 MEMB 167 611 612
DJ2 40 MEMB 167 611 612
DJ1 300 MEMB 601 603 604 609 610
DJ2 304 MEMB 601 603 604 609 610
DJ1 303 MEMB 602 605 606 623 TO 625
DJ2 305 MEMB 602 605 606 623 TO 625
DJ1 52 MEMB 168 617 619 TO 622
DJ2 41 MEMB 168 617 619 TO 622
*-------------------------------------------EL. 1529 INCH
DJ1 53 MEMB 174 175
DJ2 54 MEMB 174 175
DJ1 69 MEMB 170 171
DJ2 106 MEMB 170 171
*-------------------------------------------EL. 1529 INCH
DJ1 53 MEMB 176 177
DJ2 69 MEMB 176 177
DJ1 135 MEMB 301 302
DJ2 134 MEMB 301 302
DJ1 54 MEMB 172 173
DJ2 106 MEMB 172 173
PARAMETER 2
CODE CANADIAN
FU 65000 MEMB 1 TO 83 86 TO 287 290 TO 302 308 TO 310 317 TO 348 357 TO 360 -
362 TO 364 368 TO 370 374 377 TO 379 382 385 387 TO 389 393 397 400 401 404 -
405 407 TO 409 411 412 424 TO 429 437 TO 445 447 448 466 475 482 TO 485 488 -
499 508 511 TO 513 544 547 550 553 554 559 TO 561 582 TO 584 586 588 592 -
595 TO 612 617 619 TO 625 630 631 634 TO 643
FYLD 50000 MEMB 1 TO 83 86 TO 287 290 TO 302 308 TO 310 317 TO 348 -
357 TO 360 362 TO 364 368 TO 370 374 377 TO 379 382 385 387 TO 389 393 397 -
400 401 404 405 407 TO 409 411 412 424 TO 429 437 TO 445 447 448 466 475 -
482 TO 485 488 499 508 511 TO 513 544 547 550 553 554 559 TO 561 582 TO 584 -
586 588 592 595 TO 612 617 619 TO 625 630 631 634 TO 643
FU 60000 MEMB 100 TO 103 107 TO 111 235 TO 247 303 TO 307 311 TO 316 -
365 TO 367 371 TO 373 375 376 380 381 383 384 386 394 TO 396 398 399 402 -
403 406 410 413 414 416 TO 423 446 449 TO 465 467 468 471 TO 474 476 TO 480 -
486 487 489 TO 494 497 498 500 TO 507 509 510 514 TO 519 522 TO 543 545 546 -
548 TO 552 555 TO 558 562 TO 581 585 587 589 TO 591 593 594 613 TO 616 618 -
626 TO 629 632 633 644 TO 659
FYLD 42000 MEMB 100 TO 103 107 TO 111 235 TO 247 303 TO 307 311 TO 316 365 -
366 TO 367 371 TO 373 375 376 380 381 383 384 386 394 TO 396 398 399 402 403 -
406 410 413 414 416 TO 423 446 449 TO 465 467 468 471 TO 474 476 TO 480 486 -
487 489 TO 494 497 498 500 TO 507 509 510 514 TO 519 522 TO 543 545 546 548 -
549 TO 552 555 TO 558 562 TO 581 585 587 589 TO 591 593 594 613 TO 616 618 -
626 TO 629 632 633 644 TO 659
*************************LZ-LY-UNL
*-------------------------------------------EL. 17 INCH
LZ 140 MEMB 327 TO 329
LY 70 MEMB 328 329
UNB 70 MEMB 328 329
UNT 70 MEMB 328 329
LZ 70 MEMB 387 TO 389
LY 70 MEMB 387 TO 389
UNB 70 MEMB 387 TO 389
UNT 70 MEMB 387 TO 389
LZ 140 MEMB 321 322
*-------------------------------------------EL. 17 INCH
LZ 140 MEMB 319 320
LZ 140 MEMB 191 TO 195
LZ 140 MEMB 323 TO 326
*-------------------------------------------EL. 155 INCH
LZ 140 MEMB 348 637 639
LY 100 MEMB 348 637
UNB 100 MEMB 348 637
UNT 100 MEMB 348 637
LZ 140 MEMB 346 635 638
LY 100 MEMB 346 635
UNB 100 MEMB 346 635
UNT 100 MEMB 346 635
*-------------------------------------------EL. 155 INCH
LZ 140 MEMB 345 634
LY 140 MEMB 345 634
UNB 140 MEMB 345 634
UNT 140 MEMB 345 634
LZ 140 MEMB 640 641
LZ 140 MEMB 347 636 642
LY 100 MEMB 347 636
UNB 100 MEMB 347 636
UNT 100 MEMB 347 636
*-------------------------------------------EL. 229 INCH
LZ 140 MEMB 77 TO 81
LY 44 MEMB 79 TO 81
UNB 44 MEMB 79 TO 81
UNT 44 MEMB 79 TO 81
LZ 140 MEMB 70 TO 72
*-------------------------------------------EL. 229 INCH
LZ 140 MEMB 67 TO 69
LZ 140 MEMB 196 TO 199
LZ 140 MEMB 200 TO 204
LY 60 MEMB 202 203
UNB 60 MEMB 202 203
UNT 60 MEMB 202 203
LZ 140 MEMB 73 TO 76
LY 68 MEMB 74 75
UNB 68 MEMB 74 75
UNT 68 MEMB 74 75
*-------------------------------------------EL. 353 INCH
LZ 140 MEMB 83 553
LY 140 MEMB 83 553
UNB 140 MEMB 83 553
UNT 140 MEMB 83 553
LZ 140 MEMB 82 560
LY 140 MEMB 82 560
UNB 140 MEMB 82 560
UNT 140 MEMB 82 560
*-------------------------------------------EL. 389 INCH
LZ 140 MEMB 330 TO 332
LZ 60 MEMB 311 TO 313
LZ 60 MEMB 314 TO 316
LZ 140 MEMB 333 TO 335
*-------------------------------------------EL. 389 INCH
LZ 140 MEMB 86 508 582 584
LY 51.2998 MEMB 508 582
UNB 51.2998 MEMB 508 582
UNT 51.2998 MEMB 508 582
LZ 140 MEMB 208 TO 213 583
LZ 140 MEMB 214 TO 220
LZ 140 MEMB 87 TO 89 513
LY 49.2002 MEMB 88 513
UNB 49.2002 MEMB 88 513
UNT 49.2002 MEMB 88 513
*-------------------------------------------EL. 497 INCH
LZ 140 MEMB 90 554
LY 140 MEMB 90 554
UNB 140 MEMB 90 554
UNT 140 MEMB 90 554
LZ 140 MEMB 91 561
LY 140 MEMB 91 561
UNB 140 MEMB 91 561
UNT 140 MEMB 91 561
*-------------------------------------------EL. 533 INCH
LZ 140 MEMB 340 TO 343
LY 44 MEMB 342 343
UNB 44 MEMB 342 343
UNT 44 MEMB 342 343
LZ 60 MEMB 233 234
LZ 140 MEMB 336 TO 339
*-------------------------------------------EL. 533 INCH
LZ 140 MEMB 95 TO 97
LY 70 MEMB 95 96
UNB 70 MEMB 95 96
UNT 70 MEMB 95 96
LZ 140 MEMB 223 TO 226
LZ 140 MEMB 227 TO 231
LY 27 MEMB 230 231
UNB 27 MEMB 230 231
UNT 27 MEMB 230 231
LZ 140 MEMB 92 TO 94
*-------------------------------------------EL. 677 INCH
LZ 140 MEMB 107 TO 111 550
LY 44 MEMB 107 108
UNB 44 MEMB 107 108
UNT 44 MEMB 107 108
LZ 60 MEMB 244 245
LZ 60 MEMB 246 247
LZ 140 MEMB 100 TO 103
*-------------------------------------------EL. 677 INCH
LZ 140 MEMB 98 99
LZ 140 MEMB 235 TO 238
LZ 140 MEMB 239 TO 243
LY 27 MEMB 242 243
UNB 27 MEMB 242 243
UNT 27 MEMB 242 243
LZ 140 MEMB 104 TO 106
*-------------------------------------------EL. 821 INCH
LZ 140 MEMB 121 TO 124 547
LY 60 MEMB 122 547
UNB 60 MEMB 122 547
UNT 60 MEMB 122 547
LZ 60 MEMB 317 318
LZ 140 MEMB 112 TO 115
*-------------------------------------------EL. 821 INCH
LZ 140 MEMB 119 120
LZ 140 MEMB 248 TO 251
LZ 140 MEMB 252 TO 256
LY 27 MEMB 255 256
UNB 27 MEMB 255 256
UNT 27 MEMB 255 256
LZ 140 MEMB 116 TO 118
*-------------------------------------------EL. 965 INCH
LZ 140 MEMB 134 TO 137 544 586
LY 31.2598 MEMB 135 544
UNB 31.2598 MEMB 135 544
UNT 31.2598 MEMB 135 544
LZ 140 MEMB 262 TO 264 439 440
LZ 140 MEMB 265 TO 267 438
LZ 140 MEMB 128 TO 130 559
LY 48 MEMB 129 559
UNB 48 MEMB 129 559
UNT 48 MEMB 129 559
*-------------------------------------------EL. 965 INCH
LZ 140 MEMB 125 TO 127 499
LY 60 MEMB 126 499
UNB 60 MEMB 126 499
UNT 60 MEMB 126 499
LZ 140 MEMB 131 TO 133 512
LY 60 MEMB 132 512
UNB 60 MEMB 132 512
UNT 60 MEMB 132 512
*-------------------------------------------EL. 1073 INCH
LZ 140 MEMB 147 TO 150
LZ 44 MEMB 443 588
LZ 60 MEMB 276 277
LZ 140 MEMB 140 TO 143
*-------------------------------------------EL. 1073 INCH
LZ 140 MEMB 138 139
LZ 140 MEMB 268 TO 271
LZ 140 MEMB 272 TO 274
LZ 140 MEMB 144 TO 146 511
LY 60 MEMB 145 511
UNB 60 MEMB 145 511
UNT 60 MEMB 145 511
*-------------------------------------------EL. 1181 INCH
LZ 140 MEMB 162 TO 165
LZ 60 MEMB 286 287
LZ 60 MEMB 483 484
LZ 36 MEMB 424 425
LY 36 MEMB 424 425
UNB 36 MEMB 424 425
UNT 36 MEMB 424 425
LZ 140 MEMB 155 TO 158
*-------------------------------------------EL. 1181 INCH
LZ 140 MEMB 151 TO 154
LY 70 MEMB 151 152
UNB 70 MEMB 151 152
UNT 70 MEMB 151 152
LZ 140 MEMB 278 TO 282 482
LY 43 MEMB 280 281
UNB 43 MEMB 280 281
UNT 43 MEMB 280 281
LZ 140 MEMB 283 TO 285
LZ 140 MEMB 159 TO 161 592
LY 60 MEMB 160 592
UNB 60 MEMB 160 592
UNT 60 MEMB 160 592
*-------------------------------------------EL. 1299 INCH
LZ 140 MEMB 188 TO 190
LZ 36 MEMB 418 419
LZ 36 MEMB 416 417
LZ 60 MEMB 299 300
LZ 140 MEMB 178 TO 181
*-------------------------------------------EL. 1299 INCH
LZ 140 MEMB 182 TO 184
LZ 140 MEMB 290 TO 294
LZ 140 MEMB 295 TO 297
LZ 140 MEMB 185 TO 187
*-------------------------------------------EL. 1394 INCH
LZ 140 MEMB 169 595 TO 598
LZ 50 MEMB 607 630 631
LZ 140 MEMB 166 599 600
*-------------------------------------------EL. 1394 INCH
LZ 140 MEMB 167 611 612
LZ 140 MEMB 601 603 604 609 610
LZ 140 MEMB 602 605 606 623 TO 625
LZ 140 MEMB 168 617 619 TO 622
*-------------------------------------------EL. 1529 INCH
LZ 140 MEMB 174 175
LZ 140 MEMB 170 171
*-------------------------------------------EL. 1529 INCH
LZ 140 MEMB 176 177
LZ 140 MEMB 301 302
LZ 140 MEMB 172 173
TRACK 2 ALL
RATIO 1 ALL
MAIN 0 ALL
LAT 0 MEMB 67 TO 83 86 TO 287 290 TO 302 310 TO 348 357 TO 360 362 TO 364 -
368 TO 370 374 377 TO 379 382 385 387 TO 389 393 397 400 TO 403 405 -
408 TO 410 412 414 416 TO 425 437 TO 445 447 448 466 475 482 TO 485 499 508 -
511 TO 513 544 547 550 553 554 559 TO 561 582 TO 584 586 TO 589 592 -
595 TO 614 617 TO 643
FLX 0 MEMB 67 TO 83 86 TO 287 290 TO 302 310 TO 348 357 TO 360 362 TO 364 -
368 TO 370 374 377 TO 379 382 385 387 TO 389 393 397 400 TO 403 405 -
408 TO 410 412 414 416 TO 425 437 TO 445 447 448 466 475 482 TO 485 499 508 -
511 TO 513 544 547 550 553 554 559 TO 561 582 TO 584 586 TO 589 592 -
595 TO 614 617 TO 643
BEAM 1 ALL
STEEL MEMBER TAKE OFF ALL
CHECK CODE ALL
FINISH

Is there any way one can model a cap plate such that all bolts remain inside the column flanges?

I mean if I need to do a cap plate which does not transfer any moment, what should I do?