DESIGN REPORT FOR

THE PROJECT

MEETING HALL, CIRCUIT HOUSE

MANDI

Date: 27th May, 2020

CONTENTS

1. INTRODUCTION.............................................................................................................................................................. 3

1.1. General Project Information....................................................................................................................................... 3

1.2. Structural System....................................................................................................................................................... 3

2. SCOPE OF WORK............................................................................................................................................................. 3

3. BUILDING CODES............................................................................................................................................................ 4

4. LOADS............................................................................................................................................................................ 5

4.1. Vertical Load.............................................................................................................................................................. 5

4.2. Wind Load................................................................................................................................................................. 7

4.2. Lateral Load............................................................................................................................................................... 7

4.3. Primary Load and Load Combination........................................................................................................................ 10

4.4 STAAD Input File...................................................................................................................................................... 11

4.4 Stadd Interaction Ratio for MS................................................................................................................................. 68

5.0 TYPICAL MS DESIGN CONNECTIONS CALCULATIONS.....................................................................................................

6.0 LGS DESIGN CALCULATIONS.........................................................................................................................................

7.0 DRAWINGS.............................................................................................................................................................. 68

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1. INTRODUCTION

1.1.General Project Informati on

This report presents the analysis and design of a Meeting Hall, Circuit House. Mandi

Project Title: Meetin Hall,

Location of the project: Mandi, Himachal Pradesh

Type of Structure: Light Gauge Steel with Hot rolled MS as per requirement

1.2.Structural System

Whole structure is designed to meet both strength and serviceability requirements when
subjected to gravity loads and lateral loads.

The building shall have combination of Light Gauge Steel Frame(LGSF) as Load bearing wall,
Non Load Bearing Wall and Heavy Gauge Hot rolled Mild Steel(MS) as per requirement. MS
Frame isordinary Braced and Ordinary Moment Frame.

For strength design of MS Limit State method isused. All standard load combinations as per
IS 800 2007 isconsidered for MS members and their connection design. LGSF Frame
isdesigned as per AISI S-100-2007/2016. Connections of LGSF shall also be designed as per
AISI S-100-2007/2016.

2. SCOPE OF WORK

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  Structural Design and Drawings with DBR

 Supply & Installation of Core and Shell

3. BUILDING CODES

a. IS-800-2007: Code of Practice for General construction in Steel

b. IS-801-1975: Code of Practice for use of Cold-Formed Light Gauge Steel

Structure.

c. IS-875 (Part I)-1975: Code of practice for design Dead loads for building and
structure.

d. IS-875 (Part II)-1975: Code of practice for design Imposed loads for building and
structure.

e. IS-875 (Part III)-2015: Code of practice for design Wind loads for building and
structure.

f. IS-875 (Part V)-1987: Code of practice for Special loads and combinations for
building and structure.

g. IS-1893 (2002): Criteria for Earthquake resistance design of structures.

h. AISI-S-100-2007/2016, North American Specification for Cold form Steel

Design.

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4. LOADS

4.1.Verti cal Load

All the permanent loads on the structure are applied as dead load. The dead load in a building
shall comprise of self-weight of structure viz. Main Frame, walls, partitions, roof, Joist and
also include the

Dead Load
Live load is considered in design as follows

ROOF LOAD
Roof Sheeting, 0.6= 5 Kg/Sqm= 0.05 KN/sqm
50 mm Fibre Glass
Insulation(16 Kg/cum)= 0.8 Kg/Sqm= 0.008 KN/sqm
False Ceiling= 15 Kg/Sqm= 0.15 KN/sqm
Light and Fixtures= 15 Kg/Sqm= 0.15 KN/sqm
Total= 0.358 KN/sqm
Say= 0.4 KN/sqm

WALL LOAD
Double Wall On Pheriphery of Main      

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 Part
LGS Sections= 14.0 Kg/sqm 0.14 KN/sqm
8 mm Cement Planak= 12.0 Kg/sqm 0.12 KN/sqm
50 mm Fibber Glass
Insulation= 0.8 Kg/Sqm= 0.008 KN/sqm
6 mm HD Board= 9.0 Kg/sqm 0.09 KN/sqm
9 mm HD Board= 13.5 Kg/sqm 0.14 KN/sqm
8mm Normal Cement Board= 10.0 Kg/sqm 0.10 KN/sqm
12.5 mm Gypsum Board= 15.6 Kg/sqm 0.16 KN/sqm
Total= 0.75 KN/sqm
Say= 0.8 KN/sqm

Single Wall On Ancillary Part

LGS Sections 7.0 Kg/sqm 0.07 KN/sqm
8 mm Cement Planak 12.0 Kg/sqm 0.12 KN/sqm
6 mm HD Board 9.0 Kg/sqm 0.09 KN/sqm
50 mm Fibber Glass
Insulation= 0.8 Kg/Sqm= 0.008 KN/sqm
9 mm HD Board 13.5 Kg/sqm 0.14 KN/sqm
8mm Normal Cement Board 10.0 Kg/sqm 0.10 KN/sqm
12.5 mm Gypsum Board 15.6 Kg/sqm 0.16 KN/sqm
Total= 0.68 KN/sqm
Say= 0.75 KN/sqm

Live Load
Live load is considered in design as per Table1 of IS:875(Part 2)-1987as follows:

 On Roof

Inaccessible 0.75 kN/m2

4.2.Lateral Load

4.2.1. Earth Quake Load

The seismic load acting on the building are calculated according to Equivalent Static Method of
analysis using the parameter shown in the table below. Chapter 12 of IS 800-2007 has been
excluded.

Design Earthquake 10% chance of being exceeded within a 50year return period

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 Seismic Zone Zone V
Seismic Zone Factor, 'Z' 0.36
Soil Profile Type-II
Occupancy of building General Purpose
Seismic Importance Factor 'I' 1.0
Response Reduction Factor R = 4 For Strap Braced System, Refer Table C1-1AISI S213-07/S1-09
Fundamental Period of Vibration (2012)
Ta=0.085 H0.75

Seismic Building Weight To include all components of Self Weight, Superimposed

Dead Load, any other permanent weight and Percentage

Area of Slopey Roof= 342.00 Sq meter

DEAD LOAD=
Slopey Roof= 0.50 KN/m2
Wall and Finishing load 0.75 KN/m2

SEISMIC LOAD
Seismic Weight of the
Structure=
DEAD WEIGHT=
AREA OF WALL 756.76 M2
WEIGHT OF WALL 567.57 KN
TOTAL LIVE WEIGHT= 0.75 KN/m2(Not to be considered in Seismic wt.)
TOTAL SEISMIC WEIGHT= 567.57 KN
WEIGHT PER QSMT= 1.66 KN/sqm

Height of the Building= 5.00 meter

Time Period for Steel Building
0.28
T=0.085H0.75= Sec

SEISMIC COEFF
Ah=Z/2xI/RxSa/g
Seismic Zone= V
Zone Factor Z= 0.36
Importance Fator I= 1.00
Response reduction
4.00
Factor(Strap Bracing)=
Refer Table C1-1AISI S213-07/S1-09 (2012)
Sa/g for Medium Soil(less than
2.5
0.55s)= AS PERIS 1893(Part 1)2016

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Multiplication factor for 5%
1.00
Damping=
Ah=Z/2*I/R*Sa/g= 0.11
Seismic Force or Seismic Base
63.85
Shear,V= KN

4.2.2. Wind Load: (As Per 875-2015 Part3)

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4.3.Primary Load Case and Load Combinati on Considered In Analysis

4.3.1. Primary Load Case

1. Seismic load in X direction (EQX)
2. Seismic load in -X direction (EQ-X)
3. Seismic load in Z direction (EQZ)
4. Seismic load in -Z direction (EQ-Z)

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 5. Dead Load (DL)
6. Live load (LL)
7. Wind Load in Z direction
8. Wind Load in X direction

4.3.2. Load combination for the design of super structure

For Hot Rolled Structure: As Per Is 800-2007

For Cold Formed Structure: As Per IBC 2012 / IS 875-Part 5

4.4.STAAD Input fi le For MS Design and Strap Bracing Forces

STAAD SPACE
START JOB INFORMATION
ENGINEER DATE 29-Dec-18
END JOB INFORMATION
INPUT WIDTH 79
UNIT METER KN
JOINT COORDINATES
1 0 -0.2 0; 3 0 -0.2 10.7; 4 5.2 -0.2 0; 5 5.2 -0.2 10.7; 6 10.4 -0.2 0;
7 10.4 -0.2 10.7; 8 15.6 -0.2 0; 9 15.6 -0.2 10.7; 10 20.8 0.700002 0;
11 20.8 0.700002 10.7; 12 0 -0.2 2.52; 13 0 -0.2 8.18; 14 20.8 0.700002 1.69;
15 20.8 0.700002 9.01; 26 0 5 0; 27 0 5 10.7; 28 5.2 5 0; 29 5.2 5 10.7;
30 10.4 5 0; 31 10.4 5 10.7; 32 15.6 5 0; 33 15.6 5 10.7; 34 20.8 5 0;
35 20.8 5 10.7; 116 11.62 5 0; 117 12.84 5 0; 118 14.06 5 0; 119 15.28 5 0;
120 16.5 5 0; 121 17.72 5 0; 122 18.94 5 0; 123 20.16 5 0; 124 9.18 5 0;
125 7.96 5 0; 126 6.74 5 0; 127 5.52 5 0; 128 4.3 5 0; 129 3.08 5 0;
130 1.86 5 0; 131 0.64 5 0; 177 0.64 5.712 0.193; 178 0.64 5.383 -0.375;
179 0.64 8.7 5.35; 180 0.64 8.425 5.825; 181 0.64 5.38 11.08;
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182 0.64 5.712 10.507; 183 0.64 5.165 -0.75; 184 0.64 5.375 0.647;
185 0.64 8.1 5.35; 186 0.64 7.7 6.04; 187 0.64 5 10.7; 188 0.64 4.71 11.2;
189 0.64 4.565 -0.75; 190 0.64 6.5 2.589; 191 0.64 6.9 3.279;
192 0.64 6.5 8.111; 193 0.64 6.125 8.759; 194 0.64 6.5 3.969;
195 0.64 4.131 12.2; 196 0.64 4.731 12.2; 197 0.64 6.5 6.04; 198 0.64 6.5 4.66;
199 0.64 7.3 6.731; 200 0.64 6.9 7.421; 201 0.64 7.3 3.969; 202 0.64 7.7 4.66;
203 0.64 6.5 6.731; 204 0.64 5.75 1.294; 205 0.64 6.125 1.942;
206 0.64 5.75 9.406; 207 0.64 5.375 10.053; 208 0.64 4.421 11.7;
209 0.64 6.012 0.711; 210 0.64 6.387 1.358; 211 0.64 6.762 2.005;
212 0.64 7.149 2.674; 213 0.64 7.549 3.364; 214 0.64 7.949 4.054;
215 0.64 8.425 4.875; 216 0.64 7.949 6.646; 217 0.64 7.549 7.336;
218 0.64 7.149 8.026; 219 0.64 6.762 8.695; 220 0.64 6.387 9.342;
221 0.64 6.012 9.99; 222 0.64 5.015 11.71; 223 1.86 5.712 0.193;
224 1.86 5.383 -0.375; 225 1.86 8.7 5.35; 226 1.86 8.425 5.825;
227 1.86 5.38 11.08; 228 1.86 5.712 10.507; 229 1.86 5.165 -0.75;
230 1.86 5.375 0.647; 231 1.86 8.1 5.35; 232 1.86 7.7 6.04; 233 1.86 5 10.7;
234 1.86 4.71 11.2; 235 1.86 4.565 -0.75; 236 1.86 6.5 2.589;
237 1.86 6.9 3.279; 238 1.86 6.5 8.111; 239 1.86 6.125 8.759;
240 1.86 6.5 3.969; 241 1.86 4.131 12.2; 242 1.86 4.731 12.2;
243 1.86 6.5 6.04; 244 1.86 6.5 4.66; 245 1.86 7.3 6.731; 246 1.86 6.9 7.421;
247 1.86 7.3 3.969; 248 1.86 7.7 4.66; 249 1.86 6.5 6.731; 250 1.86 5.75 1.294;
251 1.86 6.125 1.942; 252 1.86 5.75 9.406; 253 1.86 5.375 10.053;
254 1.86 4.421 11.7; 255 1.86 6.012 0.711; 256 1.86 6.387 1.358;
257 1.86 6.762 2.005; 258 1.86 7.149 2.674; 259 1.86 7.549 3.364;
260 1.86 7.949 4.054; 261 1.86 8.425 4.875; 262 1.86 7.949 6.646;
263 1.86 7.549 7.336; 264 1.86 7.149 8.026; 265 1.86 6.762 8.695;
266 1.86 6.387 9.342; 267 1.86 6.012 9.99; 268 1.86 5.015 11.71;
269 3.08 5.712 0.193; 270 3.08 5.383 -0.375; 271 3.08 8.7 5.35;
272 3.08 8.425 5.825; 273 3.08 5.38 11.08; 274 3.08 5.712 10.507;
275 3.08 5.165 -0.75; 276 3.08 5.375 0.647; 277 3.08 8.1 5.35;
278 3.08 7.7 6.04; 279 3.08 5 10.7; 280 3.08 4.71 11.2; 281 3.08 4.565 -0.75;
282 3.08 6.5 2.589; 283 3.08 6.9 3.279; 284 3.08 6.5 8.111;
285 3.08 6.125 8.759; 286 3.08 6.5 3.969; 287 3.08 4.131 12.2;
288 3.08 4.731 12.2; 289 3.08 6.5 6.04; 290 3.08 6.5 4.66; 291 3.08 7.3 6.731;
292 3.08 6.9 7.421; 293 3.08 7.3 3.969; 294 3.08 7.7 4.66; 295 3.08 6.5 6.731;
296 3.08 5.75 1.294; 297 3.08 6.125 1.942; 298 3.08 5.75 9.406;
299 3.08 5.375 10.053; 300 3.08 4.421 11.7; 301 3.08 6.012 0.711;
302 3.08 6.387 1.358; 303 3.08 6.762 2.005; 304 3.08 7.149 2.674;
305 3.08 7.549 3.364; 306 3.08 7.949 4.054; 307 3.08 8.425 4.875;
308 3.08 7.949 6.646; 309 3.08 7.549 7.336; 310 3.08 7.149 8.026;
311 3.08 6.762 8.695; 312 3.08 6.387 9.342; 313 3.08 6.012 9.99;
314 3.08 5.015 11.71; 315 4.3 5.712 0.193; 316 4.3 5.383 -0.375;
317 4.3 8.7 5.35; 318 4.3 8.425 5.825; 319 4.3 5.38 11.08;
320 4.3 5.712 10.507; 321 4.3 5.165 -0.75; 322 4.3 5.375 0.647;
323 4.3 8.1 5.35; 324 4.3 7.7 6.04; 325 4.3 5 10.7; 326 4.3 4.71 11.2;
327 4.3 4.565 -0.75; 328 4.3 6.5 2.589; 329 4.3 6.9 3.279; 330 4.3 6.5 8.111;
331 4.3 6.125 8.759; 332 4.3 6.5 3.969; 333 4.3 4.131 12.2; 334 4.3 4.731 12.2;
335 4.3 6.5 6.04; 336 4.3 6.5 4.66; 337 4.3 7.3 6.731; 338 4.3 6.9 7.421;
339 4.3 7.3 3.969; 340 4.3 7.7 4.66; 341 4.3 6.5 6.731; 342 4.3 5.75 1.294;
343 4.3 6.125 1.942; 344 4.3 5.75 9.406; 345 4.3 5.375 10.053;
346 4.3 4.421 11.7; 347 4.3 6.012 0.711; 348 4.3 6.387 1.358;
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STAAD SPACE
START JOB INFORMATION
ENGINEER DATE 29-Dec-18
END JOB INFORMATION
INPUT WIDTH 79
UNIT METER KN
JOINT COORDINATES
1 1.6 0 3.7; 2 1.6 0 12.6; 3 1.6 0 21.5; 4 2.15 0 2.15; 5 2.15 0 23.05;
6 3.7 0 1.6; 7 3.7 0 23.6; 8 8.4 0 1.6; 9 8.4 0 23.6; 10 11.6 0 1.6;
11 11.6 0 23.6; 12 16.3 0 1.6; 13 16.3 0 23.6; 14 17.85 0 2.15;
15 17.85 0 23.05; 16 18.4 0 3.7; 17 18.4 0 12.6; 18 18.4 0 21.5; 19 26.4 0 3.7;
20 26.4 0 12.6; 21 26.4 0 21.5; 22 26.95 0 2.15; 23 26.95 0 23.05;
24 28.5 0 1.6; 25 28.5 0 23.6; 26 33.2 0 1.6; 27 33.2 0 23.6; 28 36.4 0 1.6;
29 36.4 0 23.6; 30 41.1 0 1.6; 31 41.1 0 23.6; 32 42.65 0 2.15;
33 42.65 0 23.05; 34 43.2 0 3.7; 35 43.2 0 12.6; 36 43.2 0 21.5; 37 0 4 3.7;
38 0 4 12.6; 39 0 4 21.5; 40 1.35 4 1.35; 41 1.35 4 23.85; 42 1.6 4 1.21;
43 1.6 4 3.7; 44 1.6 4 12.6; 45 1.6 4 21.5; 46 1.6 4 23.99; 47 2.15 4 2.15;
48 2.15 4 23.05; 49 3 4 0.4; 50 3 4 1.85; 51 3 4 3.7; 52 3 4 12.6; 53 3 4 21.5;
54 3 4 23.35; 55 3 4 24.8; 56 3.7 4 0; 57 3.7 4 1.6; 58 3.7 4 23.6;
59 3.7 4 25.2; 60 4.4 4 0; 61 4.4 4 1.6; 62 4.4 4 3.7; 63 4.4 4 12.6;
64 4.4 4 21.5; 65 4.4 4 23.6; 66 4.4 4 25.2; 67 5.8 4 0; 68 5.8 4 1.6;
69 5.8 4 3.7; 70 5.8 4 12.6; 71 5.8 4 21.5; 72 5.8 4 23.6; 73 5.8 4 25.2;
74 7.2 4 0; 75 7.2 4 1.6; 76 7.2 4 3.7; 77 7.2 4 12.6; 78 7.2 4 21.5;
79 7.2 4 23.6; 80 7.2 4 25.2; 81 8.4 4 1.6; 82 8.4 4 23.6; 83 8.6 4 0;
84 8.6 4 1.6; 85 8.6 4 3.7; 86 8.6 4 12.6; 87 8.6 4 21.5; 88 8.6 4 23.6;
89 8.6 4 25.2; 90 10 4 0; 91 10 4 1.6; 92 10 4 3.7; 93 10 4 12.6; 94 10 4 21.5;
95 10 4 23.6; 96 10 4 25.2; 97 11.4 4 0; 98 11.4 4 1.6; 99 11.4 4 3.7;
100 11.4 4 12.6; 101 11.4 4 21.5; 102 11.4 4 23.6; 103 11.4 4 25.2;
104 11.6 4 1.6; 105 11.6 4 23.6; 106 12.8 4 0; 107 12.8 4 1.6; 108 12.8 4 3.7;
109 12.8 4 12.6; 110 12.8 4 21.5; 111 12.8 4 23.6; 112 12.8 4 25.2;
113 14.2 4 0; 114 14.2 4 1.6; 115 14.2 4 3.7; 116 14.2 4 12.6; 117 14.2 4 21.5;
118 14.2 4 23.6; 119 14.2 4 25.2; 120 15.6 4 0; 121 15.6 4 1.6; 122 15.6 4 3.7;
123 15.6 4 12.6; 124 15.6 4 21.5; 125 15.6 4 23.6; 126 15.6 4 25.2;
127 16.3 4 0; 128 16.3 4 1.6; 129 16.3 4 23.6; 130 16.3 4 25.2; 131 17 4 0.4;
132 17 4 1.85; 133 17 4 3.7; 134 17 4 12.6; 135 17 4 21.5; 136 17 4 23.35;
137 17 4 24.8; 138 17.85 4 2.15; 139 17.85 4 23.05; 140 18.4 4 1.21;
141 18.4 4 3.7; 142 18.4 4 12.6; 143 18.4 4 21.5; 144 18.4 4 23.99;
145 18.65 4 1.35; 146 18.65 4 23.85; 147 19.08 4 2.1; 148 19.08 4 23.1;
149 19.73 4 2.1; 150 19.73 4 3.24; 151 19.73 4 3.7; 152 19.73 4 12.6;
153 19.73 4 21.5; 154 19.73 4 21.96; 155 19.73 4 23.1; 156 20 4 3.7;
157 20 4 21.5; 158 21.07 4 2.1; 159 21.07 4 3.7; 160 21.07 4 12.6;
161 21.07 4 21.5; 162 21.07 4 23.1; 163 22.4 4 2.1; 164 22.4 4 3.7;
165 22.4 4 12.6; 166 22.4 4 21.5; 167 22.4 4 23.1; 168 23.73 4 2.1;
169 23.73 4 3.7; 170 23.73 4 12.6; 171 23.73 4 21.5; 172 23.73 4 23.1;
173 24.8 4 3.7; 174 24.8 4 21.5; 175 25.07 4 2.1; 176 25.07 4 3.24;
177 25.07 4 3.7; 178 25.07 4 12.6; 179 25.07 4 21.5; 180 25.07 4 21.96;
181 25.07 4 23.1; 182 25.72 4 2.1; 183 25.72 4 23.1; 184 26.15 4 1.35;
185 26.15 4 23.85; 186 26.4 4 1.21; 187 26.4 4 3.7; 188 26.4 4 12.6;
189 26.4 4 21.5; 190 26.4 4 23.99; 191 26.95 4 2.15; 192 26.95 4 23.05;
193 27.8 4 0.4; 194 27.8 4 1.85; 195 27.8 4 3.7; 196 27.8 4 12.6;
197 27.8 4 21.5; 198 27.8 4 23.35; 199 27.8 4 24.8; 200 28.5 4 0;
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201 28.5 4 1.6; 204 28.5 4 23.6; 205 28.5 4 25.2; 206 29.2 4 0; 207 29.2 4 1.6;
208 29.2 4 3.7; 209 29.2 4 12.6; 210 29.2 4 21.5; 211 29.2 4 23.6;
212 29.2 4 25.2; 213 30.6 4 0; 214 30.6 4 1.6; 215 30.6 4 3.7; 216 30.6 4 12.6;
217 30.6 4 21.5; 218 30.6 4 23.6; 219 30.6 4 25.2; 220 32 4 0; 221 32 4 1.6;
222 32 4 3.7; 223 32 4 12.6; 224 32 4 21.5; 225 32 4 23.6; 226 32 4 25.2;
227 33.2 4 1.6; 228 33.2 4 23.6; 229 33.4 4 0; 230 33.4 4 1.6; 231 33.4 4 3.7;
232 33.4 4 12.6; 233 33.4 4 21.5; 234 33.4 4 23.6; 235 33.4 4 25.2;
236 34.8 4 0; 237 34.8 4 1.6; 238 34.8 4 3.7; 239 34.8 4 12.6; 240 34.8 4 21.5;
241 34.8 4 23.6; 242 34.8 4 25.2; 243 36.2 4 0; 244 36.2 4 1.6; 245 36.2 4 3.7;
246 36.2 4 12.6; 247 36.2 4 21.5; 248 36.2 4 23.6; 249 36.2 4 25.2;
250 36.4 4 1.6; 251 36.4 4 23.6; 252 37.6 4 0; 253 37.6 4 1.6; 254 37.6 4 3.7;
255 37.6 4 12.6; 256 37.6 4 21.5; 257 37.6 4 23.6; 258 37.6 4 25.2; 259 39 4 0;
260 39 4 1.6; 261 39 4 3.7; 262 39 4 12.6; 263 39 4 21.5; 264 39 4 23.6;
265 39 4 25.2; 266 40.4 4 0; 267 40.4 4 1.6; 268 40.4 4 3.7; 269 40.4 4 12.6;
270 40.4 4 21.5; 271 40.4 4 23.6; 272 40.4 4 25.2; 273 41.1 4 0;
274 41.1 4 1.6; 277 41.1 4 23.6; 278 41.1 4 25.2; 279 41.8 4 0.4;
280 41.8 4 1.85; 281 41.8 4 3.7; 282 41.8 4 12.6; 283 41.8 4 21.5;
284 41.8 4 23.35; 285 41.8 4 24.8; 286 42.65 4 2.15; 287 42.65 4 23.05;
288 43.2 4 1.21; 289 43.2 4 3.7; 290 43.2 4 12.6; 291 43.2 4 21.5;
292 43.2 4 23.99; 293 43.45 4 1.35; 294 43.45 4 23.85; 295 44.8 4 3.7;
296 44.8 4 12.6; 297 44.8 4 21.5; 298 0 4 14.825; 299 0 4 17.05;
300 0 4 19.275; 301 0 4 5.925; 302 0 4 8.15; 303 0 4 10.375; 304 44.8 4 5.925;
305 44.8 4 8.15; 306 44.8 4 10.375; 307 44.8 4 14.825; 308 44.8 4 17.05;
309 44.8 4 19.275; 310 1.6 4 19.275; 311 1.6 4 17.05; 312 1.6 4 14.825;
313 1.6 4 10.375; 314 1.6 4 8.15; 315 1.6 4 5.925; 316 18.4 4 19.275;
317 18.4 4 17.05; 318 18.4 4 14.825; 319 18.4 4 10.375; 320 18.4 4 8.15;
321 18.4 4 5.925; 322 26.4 4 19.275; 323 26.4 4 17.05; 324 26.4 4 14.825;
325 26.4 4 10.375; 326 26.4 4 8.15; 327 26.4 4 5.925; 328 43.2 4 19.275;
329 43.2 4 17.05; 330 43.2 4 14.825; 331 43.2 4 10.375; 332 43.2 4 8.15;
333 43.2 4 5.925; 334 3 4 10.375; 335 3 4 8.15; 336 3 4 5.925; 337 3 4 19.275;
338 3 4 17.05; 339 3 4 14.825; 340 4.4 4 10.375; 341 4.4 4 8.15;
342 4.4 4 5.925; 343 4.4 4 19.275; 344 4.4 4 17.05; 345 4.4 4 14.825;
346 5.8 4 10.375; 347 5.8 4 8.15; 348 5.8 4 5.925; 349 5.8 4 19.275;
350 5.8 4 17.05; 351 5.8 4 14.825; 352 7.2 4 10.375; 353 7.2 4 8.15;
354 7.2 4 5.925; 355 7.2 4 19.275; 356 7.2 4 17.05; 357 7.2 4 14.825;
358 8.6 4 10.375; 359 8.6 4 8.15; 360 8.6 4 5.925; 361 8.6 4 19.275;
362 8.6 4 17.05; 363 8.6 4 14.825; 364 10 4 10.375; 365 10 4 8.15;
366 10 4 5.925; 367 10 4 19.275; 368 10 4 17.05; 369 10 4 14.825;
370 11.4 4 10.375; 371 11.4 4 8.15; 372 11.4 4 5.925; 373 11.4 4 19.275;
374 11.4 4 17.05; 375 11.4 4 14.825; 376 12.8 4 10.375; 377 12.8 4 8.15;
378 12.8 4 5.925; 379 12.8 4 19.275; 380 12.8 4 17.05; 381 12.8 4 14.825;
382 14.2 4 10.375; 383 14.2 4 8.15; 384 14.2 4 5.925; 385 14.2 4 19.275;
386 14.2 4 17.05; 387 14.2 4 14.825; 388 15.6 4 10.375; 389 15.6 4 8.15;
390 15.6 4 5.925; 391 15.6 4 19.275; 392 15.6 4 17.05; 393 15.6 4 14.825;
394 17 4 10.375; 395 17 4 8.15; 396 17 4 5.925; 397 17 4 19.275;
398 17 4 17.05; 399 17 4 14.825; 400 19.73 4 10.375; 401 19.73 4 8.15;
402 19.73 4 5.925; 403 19.73 4 19.275; 404 19.73 4 17.05; 405 19.73 4 14.825;
406 21.07 4 10.375; 407 21.07 4 8.15; 408 21.07 4 5.925; 409 21.07 4 19.275;
410 21.07 4 17.05; 411 21.07 4 14.825; 412 22.4 4 10.375; 413 22.4 4 8.15;
414 22.4 4 5.925; 415 22.4 4 19.275; 416 22.4 4 17.05; 417 22.4 4 14.825;
418 23.73 4 10.375; 419 23.73 4 8.15; 420 23.73 4 5.925; 421 23.73 4 19.275;
15 | P a g e
422 23.73 4 17.05; 423 23.73 4 14.825; 424 25.07 4 10.375; 425 25.07 4 8.15;
426 25.07 4 5.925; 427 25.07 4 19.275; 428 25.07 4 17.05; 429 25.07 4 14.825;
430 27.8 4 10.375; 431 27.8 4 8.15; 432 27.8 4 5.925; 433 27.8 4 19.275;
434 27.8 4 17.05; 435 27.8 4 14.825; 436 29.2 4 10.375; 437 29.2 4 8.15;
438 29.2 4 5.925; 439 29.2 4 19.275; 440 29.2 4 17.05; 441 29.2 4 14.825;
442 30.6 4 10.375; 443 30.6 4 8.15; 444 30.6 4 5.925; 445 30.6 4 19.275;
446 30.6 4 17.05; 447 30.6 4 14.825; 448 32 4 10.375; 449 32 4 8.15;
450 32 4 5.925; 451 32 4 19.275; 452 32 4 17.05; 453 32 4 14.825;
454 33.4 4 10.375; 455 33.4 4 8.15; 456 33.4 4 5.925; 457 33.4 4 19.275;
458 33.4 4 17.05; 459 33.4 4 14.825; 460 34.8 4 10.375; 461 34.8 4 8.15;
462 34.8 4 5.925; 463 34.8 4 19.275; 464 34.8 4 17.05; 465 34.8 4 14.825;
466 36.2 4 10.375; 467 36.2 4 8.15; 468 36.2 4 5.925; 469 36.2 4 19.275;
470 36.2 4 17.05; 471 36.2 4 14.825; 472 37.6 4 10.375; 473 37.6 4 8.15;
474 37.6 4 5.925; 475 37.6 4 19.275; 476 37.6 4 17.05; 477 37.6 4 14.825;
478 39 4 10.375; 479 39 4 8.15; 480 39 4 5.925; 481 39 4 19.275;
482 39 4 17.05; 483 39 4 14.825; 484 40.4 4 10.375; 485 40.4 4 8.15;
486 40.4 4 5.925; 487 40.4 4 19.275; 488 40.4 4 17.05; 489 40.4 4 14.825;
490 41.8 4 10.375; 491 41.8 4 8.15; 492 41.8 4 5.925; 493 41.8 4 19.275;
494 41.8 4 17.05; 495 41.8 4 14.825; 504 2.375 4 12.6; 505 19.175 4 12.6;
506 27.175 4 12.6; 507 17.625 4 12.6; 508 25.625 4 12.6; 509 42.425 4 12.6;
512 19.175 4 3.7; 513 19.175 4 21.5; 518 25.625 4 3.7; 519 25.625 4 21.5;
522 1.6 4 4.325; 523 18.4 4 4.325; 524 26.4 4 4.325; 525 43.2 4 4.325;
526 1.6 4 20.875; 527 18.4 4 20.875; 528 26.4 4 20.875; 529 43.2 4 20.875;
530 1.6 4 13.3; 531 18.4 4 13.3; 532 26.4 4 13.3; 533 43.2 4 13.3;
534 1.6 4 11.9; 535 18.4 4 11.9; 536 26.4 4 11.9; 537 43.2 4 11.9;
538 28.5 4 3.7; 539 3.01077 4 24.8062;
MEMBER INCIDENCES
24 2 3; 25 1 2; 28 6 8; 32 7 9; 81 16 19; 83 18 21; 106 24 26; 110 25 27;
167 35 36; 168 34 35; 196 1 4; 197 12 14; 198 19 22; 199 3 5; 200 18 15;
201 21 23; 202 31 33; 203 30 32; 252 4 6; 253 22 24; 254 23 25; 258 5 7;
260 14 16; 261 32 34; 264 15 13; 265 33 36; 276 8 10; 277 9 11; 278 26 28;
279 27 29; 280 10 12; 281 11 13; 282 28 30; 283 29 31; 284 1 43; 285 2 44;
286 3 45; 287 6 57; 288 7 58; 289 12 128; 290 13 129; 291 16 141; 292 17 142;
293 18 143; 294 19 187; 295 20 188; 296 21 189; 297 24 201; 298 25 204;
299 30 274; 300 31 277; 301 34 289; 302 35 290; 303 36 291; 304 8 81; 305 9 82;
306 26 227; 307 27 228; 308 10 104; 309 11 105; 310 28 250; 311 29 251;
312 43 37; 313 44 38; 314 45 39; 315 38 298; 316 37 301; 318 44 504;
320 44 530; 321 43 522; 322 56 60; 323 57 61; 324 58 65; 325 59 66;
326 141 512; 327 142 505; 328 143 513; 329 142 531; 330 141 523; 332 188 506;
334 188 532; 335 187 524; 336 200 206; 337 201 207; 338 204 211; 339 205 212;
340 289 295; 341 290 296; 342 291 297; 343 290 533; 344 289 525; 345 296 307;
346 295 304; 347 171 174; 348 169 173; 349 47 43; 350 128 132; 351 187 191;
352 45 48; 353 143 139; 354 189 192; 355 277 284; 356 274 280; 357 174 179;
358 173 177; 359 40 37; 360 39 41; 361 278 285; 362 293 295; 363 127 131;
365 130 137; 366 174 180; 367 47 50; 368 191 194; 369 192 198; 370 40 42;
371 184 186; 372 185 190; 373 48 54; 374 41 46; 375 138 141; 376 286 289;
377 288 293; 378 145 147; 379 136 139; 380 291 287; 381 294 297; 382 148 146;
383 148 155; 384 147 149; 385 182 184; 386 183 185; 387 147 150; 388 154 148;
389 81 84; 390 82 88; 391 227 230; 392 228 234; 393 104 107; 394 105 111;
395 250 253; 396 251 257; 421 52 63; 422 63 70; 423 70 77; 424 77 86;
425 86 93; 426 93 100; 427 100 109; 428 109 116; 429 116 123; 430 123 134;
16 | P a g e
431 134 507; 432 196 209; 433 209 216; 434 216 223; 435 223 232; 436 232 239;
437 239 246; 438 246 255; 439 255 262; 440 262 269; 441 269 282; 442 282 509;
443 152 160; 444 160 165; 445 165 170; 446 170 178; 447 178 508; 449 51 336;
451 52 339; 461 62 342; 463 63 345; 465 69 348; 467 70 351; 469 76 354;
471 77 357; 473 85 360; 475 86 363; 477 92 366; 479 93 369; 481 99 372;
483 100 375; 485 108 378; 487 109 381; 489 115 384; 491 116 387; 493 122 390;
495 123 393; 497 133 396; 499 134 399; 500 151 156; 501 151 402; 502 153 157;
503 152 405; 504 156 159; 505 159 408; 506 157 161; 507 160 411; 508 159 164;
509 164 414; 510 161 166; 511 165 417; 512 164 169; 513 169 420; 514 166 171;
515 170 423; 516 177 518; 517 177 426; 518 179 519; 519 178 429; 521 195 432;
523 196 435; 525 208 438; 527 209 441; 529 215 444; 531 216 447; 533 222 450;
535 223 453; 537 231 456; 539 232 459; 541 238 462; 543 239 465; 545 245 468;
547 246 471; 549 254 474; 551 255 477; 553 261 480; 555 262 483; 557 268 486;
559 269 489; 561 281 492; 563 282 495; 564 61 68; 565 61 62; 566 60 67;
567 60 61; 568 65 72; 569 64 65; 570 66 73; 571 65 66; 572 68 75; 573 68 69;
574 67 74; 575 67 68; 576 72 79; 577 71 72; 578 73 80; 579 72 73; 580 75 81;
581 75 76; 582 74 83; 583 74 75; 584 79 82; 585 78 79; 586 80 89; 587 79 80;
588 84 91; 589 84 85; 590 83 90; 591 83 84; 592 88 95; 593 87 88; 594 89 96;
595 88 89; 596 91 98; 597 91 92; 598 90 97; 599 90 91; 600 95 102; 601 94 95;
602 96 103; 603 95 96; 604 98 104; 605 98 99; 606 97 106; 607 97 98;
608 102 105; 609 101 102; 610 103 112; 611 102 103; 612 107 114; 613 107 108;
614 106 113; 615 106 107; 616 111 118; 617 110 111; 618 112 119; 619 111 112;
620 114 121; 621 114 115; 622 113 120; 623 113 114; 624 118 125; 625 117 118;
626 119 126; 627 118 119; 628 121 128; 629 121 122; 630 120 127; 631 120 121;
632 125 129; 633 124 125; 634 126 130; 635 125 126; 636 207 214; 637 207 208;
638 206 213; 639 206 207; 640 211 218; 641 210 211; 642 212 219; 643 211 212;
644 214 221; 645 214 215; 646 213 220; 647 213 214; 648 218 225; 649 217 218;
650 219 226; 651 218 219; 652 221 227; 653 221 222; 654 220 229; 655 220 221;
656 225 228; 657 224 225; 658 226 235; 659 225 226; 660 230 237; 661 230 231;
662 229 236; 663 229 230; 664 234 241; 665 233 234; 666 235 242; 667 234 235;
668 237 244; 669 237 238; 670 236 243; 671 236 237; 672 241 248; 673 240 241;
674 242 249; 675 241 242; 676 244 250; 677 244 245; 678 243 252; 679 243 244;
680 248 251; 681 247 248; 682 249 258; 683 248 249; 684 253 260; 685 253 254;
686 252 259; 687 252 253; 688 257 264; 689 256 257; 690 258 265; 691 257 258;
692 260 267; 693 260 261; 694 259 266; 695 259 260; 696 264 271; 697 263 264;
698 265 272; 699 264 265; 700 267 274; 701 267 268; 702 266 273; 703 266 267;
704 271 277; 705 270 271; 706 272 278; 707 271 272; 708 280 281; 710 283 284;
712 50 51; 714 53 54; 715 43 42; 716 45 46; 717 289 288; 718 291 292;
719 132 133; 720 135 136; 721 141 140; 722 143 144; 723 194 195; 724 197 198;
725 187 186; 726 189 190; 729 158 159; 730 161 162; 731 163 164; 732 166 167;
733 168 169; 734 171 172; 737 132 138; 738 284 287; 739 280 286; 740 292 294;
741 285 292; 742 140 145; 743 131 140; 744 176 182; 745 144 146; 746 137 144;
747 180 183; 748 50 57; 749 194 201; 750 198 204; 751 49 56; 752 42 49;
753 193 200; 754 186 193; 755 199 205; 756 190 199; 757 54 58; 758 55 539;
759 46 55; 760 273 279; 761 279 288; 762 129 136; 763 181 183; 764 172 181;
765 167 172; 766 162 167; 767 155 162; 768 175 182; 769 168 175; 770 163 168;
771 158 163; 772 149 158; 773 150 156; 774 157 154; 776 279 280; 778 284 285;
780 49 50; 782 54 55; 788 131 132; 790 136 137; 794 193 194; 796 198 199;
800 149 150; 802 154 155; 810 175 176; 812 180 181; 813 173 176; 814 298 299;
815 299 300; 816 300 39; 817 301 302; 818 302 303; 819 303 38; 820 304 305;
822 305 306; 824 306 296; 826 307 308; 828 308 309; 830 309 297; 832 310 526;
17 | P a g e
833 311 310; 834 312 311; 835 313 534; 836 314 313; 837 315 314; 838 316 527;
839 317 316; 840 318 317; 841 319 535; 842 320 319; 843 321 320; 844 322 528;
845 323 322; 846 324 323; 847 325 536; 848 326 325; 849 327 326; 850 328 529;
851 329 328; 852 330 329; 853 331 537; 854 332 331; 855 333 332; 856 334 52;
857 335 334; 858 336 335; 859 337 53; 860 338 337; 861 339 338; 862 340 63;
863 341 340; 864 342 341; 865 343 64; 866 344 343; 867 345 344; 868 346 70;
869 347 346; 870 348 347; 871 349 71; 872 350 349; 873 351 350; 874 352 77;
875 353 352; 876 354 353; 877 355 78; 878 356 355; 879 357 356; 880 358 86;
881 359 358; 882 360 359; 883 361 87; 884 362 361; 885 363 362; 886 364 93;
887 365 364; 888 366 365; 889 367 94; 890 368 367; 891 369 368; 892 370 100;
893 371 370; 894 372 371; 895 373 101; 896 374 373; 897 375 374; 898 376 109;
899 377 376; 900 378 377; 901 379 110; 902 380 379; 903 381 380; 904 382 116;
905 383 382; 906 384 383; 907 385 117; 908 386 385; 909 387 386; 910 388 123;
911 389 388; 912 390 389; 913 391 124; 914 392 391; 915 393 392; 916 394 134;
917 395 394; 918 396 395; 919 397 135; 920 398 397; 921 399 398; 922 400 152;
923 401 400; 924 402 401; 925 403 153; 926 404 403; 927 405 404; 928 406 160;
929 407 406; 930 408 407; 931 409 161; 932 410 409; 933 411 410; 934 412 165;
935 413 412; 936 414 413; 937 415 166; 938 416 415; 939 417 416; 940 418 170;
941 419 418; 942 420 419; 943 421 171; 944 422 421; 945 423 422; 946 424 178;
947 425 424; 948 426 425; 949 427 179; 950 428 427; 951 429 428; 952 430 196;
953 431 430; 954 432 431; 955 433 197; 956 434 433; 957 435 434; 958 436 209;
959 437 436; 960 438 437; 961 439 210; 962 440 439; 963 441 440; 964 442 216;
965 443 442; 966 444 443; 967 445 217; 968 446 445; 969 447 446; 970 448 223;
971 449 448; 972 450 449; 973 451 224; 974 452 451; 975 453 452; 976 454 232;
977 455 454; 978 456 455; 979 457 233; 980 458 457; 981 459 458; 982 460 239;
983 461 460; 984 462 461; 985 463 240; 986 464 463; 987 465 464; 988 466 246;
989 467 466; 990 468 467; 991 469 247; 992 470 469; 993 471 470; 994 472 255;
995 473 472; 996 474 473; 997 475 256; 998 476 475; 999 477 476; 1000 478 262;
1001 479 478; 1002 480 479; 1003 481 263; 1004 482 481; 1005 483 482;
1006 484 269; 1007 485 484; 1008 486 485; 1009 487 270; 1010 488 487;
1011 489 488; 1012 490 282; 1013 491 490; 1014 492 491; 1015 493 283;
1016 494 493; 1017 495 494; 1609 321 402; 1610 396 321; 1611 402 408;
1612 408 414; 1613 414 420; 1614 420 426; 1615 426 327; 1616 327 432;
1617 397 316; 1618 316 403; 1619 403 409; 1620 409 415; 1623 415 421;
1625 421 427; 1626 427 322; 1627 322 433; 1628 504 52; 1629 505 152;
1630 506 196; 1631 507 142; 1632 508 188; 1633 509 290; 1636 512 151;
1637 513 153; 1642 518 187; 1643 519 189; 1646 522 315; 1647 523 321;
1648 524 327; 1649 525 333; 1650 526 45; 1651 527 143; 1652 528 189;
1653 529 291; 1654 530 312; 1655 531 318; 1656 532 324; 1657 533 330;
1658 534 44; 1659 535 142; 1660 536 188; 1661 537 290; 1662 43 51; 1663 51 62;
1664 62 69; 1665 69 76; 1666 76 85; 1667 85 92; 1668 92 99; 1669 99 108;
1670 108 115; 1671 115 122; 1672 122 133; 1673 133 141; 1674 187 195;
1675 195 538; 1676 208 215; 1677 215 222; 1678 222 231; 1679 231 238;
1680 238 245; 1681 245 254; 1682 254 261; 1683 261 268; 1684 268 281;
1685 281 289; 1686 45 53; 1687 53 64; 1688 64 71; 1689 71 78; 1690 78 87;
1691 87 94; 1692 94 101; 1693 101 110; 1694 110 117; 1695 117 124;
1696 124 135; 1697 135 143; 1698 189 197; 1699 197 210; 1700 210 217;
1701 217 224; 1702 224 233; 1703 233 240; 1704 240 247; 1705 247 256;
1706 256 263; 1707 263 270; 1708 270 283; 1709 283 291; 1717 538 208;
1718 539 59; 1719 58 539; 1720 274 273; 1721 277 278; 1722 58 59; 1723 57 56;
ELEMENT INCIDENCES SHELL
18 | P a g e
1204 37 43 315 301; 1206 38 44 312 298; 1207 38 44 313 303; 1209 39 45 310 300;
1210 43 51 336 315; 1211 43 51 50 47; 1212 44 52 339 312; 1213 44 52 334 313;
1214 45 53 54 48; 1215 45 53 337 310; 1216 141 151 402 321;
1217 142 152 405 318; 1218 142 152 400 319; 1219 143 153 403 316;
1220 142 318 399 134; 1221 141 321 396 133; 1222 187 195 432 327;
1223 187 195 194 191; 1224 188 196 435 324; 1225 188 196 430 325;
1226 189 197 198 192; 1227 189 197 433 322; 1228 188 324 429 178;
1229 187 327 426 177; 1231 289 295 304 333; 1232 290 296 307 330;
1233 290 296 306 331; 1235 291 297 309 328; 1236 290 330 495 282;
1237 289 333 492 281; 1238 143 139 136 135; 1239 179 427 421 171;
1240 177 426 420 169; 1241 138 141 133 132; 1242 286 289 281 280;
1243 291 287 284 283; 1244 148 155 154; 1245 147 149 150; 1246 84 85 76 75;
1247 84 83 74 75; 1248 88 87 78 79; 1249 88 89 80 79; 1250 230 231 222 221;
1251 230 229 220 221; 1252 234 233 224 225; 1253 234 235 226 225;
1254 107 108 99 98; 1255 107 106 97 98; 1256 111 110 101 102;
1257 111 112 103 102; 1258 253 254 245 244; 1259 253 252 243 244;
1260 257 256 247 248; 1261 257 258 249 248; 1262 51 62 342 336;
1263 122 133 396 390; 1264 53 64 343 337; 1265 124 135 397 391;
1266 210 439 433 197; 1267 283 493 487 270; 1268 208 438 432 195;
1269 281 492 486 268; 1270 52 63 345 339; 1271 52 63 340 334;
1272 63 70 351 345; 1273 63 70 346 340; 1274 70 77 357 351; 1275 70 77 352 346;
1276 77 86 363 357; 1277 77 86 358 352; 1278 86 93 369 363; 1279 86 93 364 358;
1280 93 100 375 369; 1281 93 100 370 364; 1282 100 109 381 375;
1283 100 109 376 370; 1284 109 116 387 381; 1285 109 116 382 376;
1286 116 123 393 387; 1287 116 123 388 382; 1288 123 134 399 393;
1289 123 134 394 388; 1290 134 142 319 394; 1291 196 209 441 435;
1292 196 209 436 430; 1293 209 216 447 441; 1294 209 216 442 436;
1295 216 223 453 447; 1296 216 223 448 442; 1297 223 232 459 453;
1298 223 232 454 448; 1299 232 239 465 459; 1300 232 239 460 454;
1301 239 246 471 465; 1302 239 246 466 460; 1303 246 255 477 471;
1304 246 255 472 466; 1305 255 262 483 477; 1306 255 262 478 472;
1307 262 269 489 483; 1308 262 269 484 478; 1309 269 282 495 489;
1310 269 282 490 484; 1311 282 290 331 490; 1312 152 160 411 405;
1313 152 160 406 400; 1314 160 165 417 411; 1315 160 165 412 406;
1316 165 170 423 417; 1317 165 170 418 412; 1318 170 178 429 423;
1319 170 178 424 418; 1320 178 188 325 424; 1321 62 69 348 342;
1322 62 69 68 61; 1323 64 71 72 65; 1324 64 71 349 343; 1325 69 76 354 348;
1326 69 76 75 68; 1327 71 78 79 72; 1328 71 78 355 349; 1329 76 85 360 354;
1330 78 87 361 355; 1331 85 92 366 360; 1332 85 92 91 84; 1333 87 94 95 88;
1334 87 94 367 361; 1335 92 99 372 366; 1336 92 99 98 91; 1337 94 101 102 95;
1338 94 101 373 367; 1339 99 108 378 372; 1340 101 110 379 373;
1341 108 115 384 378; 1342 108 115 114 107; 1343 110 117 118 111;
1344 110 117 385 379; 1345 115 122 390 384; 1346 115 122 121 114;
1347 117 124 125 118; 1348 117 124 391 385; 1349 135 143 316 397;
1350 151 402 408 159; 1351 159 408 414 164; 1352 161 409 403 153;
1353 159 164 163 158; 1354 164 414 420 169; 1355 161 166 167 162;
1356 161 166 415 409; 1357 164 169 168 163; 1358 166 171 172 167;
1359 166 171 421 415; 1360 179 189 322 427; 1361 208 215 444 438;
1362 208 215 214 207; 1363 210 217 218 211; 1364 210 217 445 439;
1365 215 222 450 444; 1366 215 222 221 214; 1367 217 224 225 218;
1368 217 224 451 445; 1369 222 231 456 450; 1370 224 233 457 451;
19 | P a g e
1371 231 238 462 456; 1372 231 238 237 230; 1373 233 240 241 234;
1374 233 240 463 457; 1375 238 245 468 462; 1376 238 245 244 237;
1377 240 247 248 241; 1378 240 247 469 463; 1379 245 254 474 468;
1380 247 256 475 469; 1381 254 261 480 474; 1382 254 261 260 253;
1383 256 263 264 257; 1384 256 263 481 475; 1385 261 268 486 480;
1386 261 268 267 260; 1387 263 270 271 264; 1388 263 270 487 481;
1389 283 291 328 493; 1390 61 68 67 60; 1391 65 72 73 66; 1392 68 75 74 67;
1393 72 79 80 73; 1394 84 91 90 83; 1395 88 95 96 89; 1396 91 98 97 90;
1397 95 102 103 96; 1398 107 114 113 106; 1399 111 118 119 112;
1400 114 121 120 113; 1401 118 125 126 119; 1402 207 214 213 206;
1403 211 218 219 212; 1404 214 221 220 213; 1405 218 225 226 219;
1406 230 237 236 229; 1407 234 241 242 235; 1408 237 244 243 236;
1409 241 248 249 242; 1410 253 260 259 252; 1411 257 264 265 258;
1412 260 267 266 259; 1413 264 271 272 265; 1414 176 182 175; 1415 180 183 181;
1416 298 299 311 312; 1417 299 300 310 311; 1418 301 302 314 315;
1419 302 303 313 314; 1420 304 305 332 333; 1421 305 306 331 332;
1422 307 308 329 330; 1423 308 309 328 329; 1424 311 310 337 338;
1425 312 311 338 339; 1426 314 313 334 335; 1427 315 314 335 336;
1428 317 316 403 404; 1429 317 316 397 398; 1430 318 317 404 405;
1431 318 317 398 399; 1432 320 319 400 401; 1433 320 319 394 395;
1434 321 320 401 402; 1435 321 320 395 396; 1436 323 322 433 434;
1437 323 322 427 428; 1438 324 323 434 435; 1439 324 323 428 429;
1440 326 325 430 431; 1441 326 325 424 425; 1442 327 326 431 432;
1443 327 326 425 426; 1444 329 328 493 494; 1445 330 329 494 495;
1446 332 331 490 491; 1447 333 332 491 492; 1448 335 334 340 341;
1449 336 335 341 342; 1450 338 337 343 344; 1451 339 338 344 345;
1452 341 340 346 347; 1453 342 341 347 348; 1454 344 343 349 350;
1455 345 344 350 351; 1456 347 346 352 353; 1457 348 347 353 354;
1458 350 349 355 356; 1459 351 350 356 357; 1460 353 352 358 359;
1461 354 353 359 360; 1462 356 355 361 362; 1463 357 356 362 363;
1464 359 358 364 365; 1465 360 359 365 366; 1466 362 361 367 368;
1467 363 362 368 369; 1468 365 364 370 371; 1469 366 365 371 372;
1470 368 367 373 374; 1471 369 368 374 375; 1472 371 370 376 377;
1473 372 371 377 378; 1474 374 373 379 380; 1475 375 374 380 381;
1476 377 376 382 383; 1477 378 377 383 384; 1478 380 379 385 386;
1479 381 380 386 387; 1480 383 382 388 389; 1481 384 383 389 390;
1482 386 385 391 392; 1483 387 386 392 393; 1484 389 388 394 395;
1485 390 389 395 396; 1486 392 391 397 398; 1487 393 392 398 399;
1488 401 400 406 407; 1489 402 401 407 408; 1490 404 403 409 410;
1491 405 404 410 411; 1492 407 406 412 413; 1493 408 407 413 414;
1494 410 409 415 416; 1495 411 410 416 417; 1496 413 412 418 419;
1497 414 413 419 420; 1498 416 415 421 422; 1499 417 416 422 423;
1500 419 418 424 425; 1501 420 419 425 426; 1502 422 421 427 428;
1503 423 422 428 429; 1504 431 430 436 437; 1505 432 431 437 438;
1506 434 433 439 440; 1507 435 434 440 441; 1508 437 436 442 443;
1509 438 437 443 444; 1510 440 439 445 446; 1511 441 440 446 447;
1512 443 442 448 449; 1513 444 443 449 450; 1514 446 445 451 452;
1515 447 446 452 453; 1516 449 448 454 455; 1517 450 449 455 456;
1518 452 451 457 458; 1519 453 452 458 459; 1520 455 454 460 461;
1521 456 455 461 462; 1522 458 457 463 464; 1523 459 458 464 465;
1524 461 460 466 467; 1525 462 461 467 468; 1526 464 463 469 470;
20 | P a g e
1527 465 464 470 471; 1528 467 466 472 473; 1529 468 467 473 474;
1530 470 469 475 476; 1531 471 470 476 477; 1532 473 472 478 479;
1533 474 473 479 480; 1534 476 475 481 482; 1535 477 476 482 483;
1536 479 478 484 485; 1537 480 479 485 486; 1538 482 481 487 488;
1539 483 482 488 489; 1540 485 484 490 491; 1541 486 485 491 492;
1542 488 487 493 494; 1543 489 488 494 495; 1544 42 47 43; 1545 45 48 46;
1546 287 291 292; 1547 42 49 50 47; 1548 49 56 57 50; 1549 56 60 61 57;
1558 54 58 59 55; 1559 58 65 66 59; 1563 136 139 144 137; 1564 125 129 130 126;
1565 129 136 137 130; 1569 128 132 133; 1571 131 140 138 132;
1574 192 198 199 190; 1575 284 287 292 285; 1576 271 277 278 272;
1577 277 284 285 278; 1582 266 273 274 267; 1583 273 279 280 274;
1584 279 288 286 280; 1585 186 191 194 193; 1586 193 194 201 200;
1587 200 201 207 206; 1588 120 121 128 127; 1589 127 128 132 131;
1590 48 46 55 54; 1591 149 158 150; 1592 139 143 144; 1593 189 190 192;
1598 150 158 159 156; 1599 168 169 175; 1600 175 169 173 176;
1601 172 174 180 181; 1602 155 161 157 154; 1603 161 155 162; 1604 174 172 181;
1605 198 199 205 204; 1606 204 205 212 211; 1607 197 198 204;
START GROUP DEFINITION
FLOOR
_TERRACE 327 329 332 334 422 TO 440 443 TO 447 461 463 465 467 469 471 473 -
475 477 479 481 483 485 487 489 491 493 495 497 499 503 507 511 515 519 521 -
523 525 527 529 531 533 535 537 539 541 543 545 547 549 551 553 555 557 559 -
839 TO 843 845 TO 849 862 TO 924 926 TO 930 932 TO 936 938 TO 942 -
944 TO 948 950 TO 1011 1609 TO 1620 1623 1625 TO 1627 1629 TO 1632 1655 1656 -
1659 1660 1664 TO 1672 1675 TO 1683 1688 TO 1696 1699 TO 1707 1717
_AHU1 312 313 316 318 321 TO 323 326 330 335 TO 337 340 341 344 346 -
348 TO 351 356 358 359 362 363 367 368 370 371 375 TO 378 384 385 387 389 -
391 393 395 421 441 442 449 461 497 500 501 504 505 508 509 512 513 516 517 -
521 557 561 564 TO 567 572 TO 575 580 TO 583 588 TO 591 596 TO 599 -
604 TO 607 612 TO 615 620 TO 623 628 TO 631 636 TO 639 644 TO 647 -
652 TO 655 660 TO 663 668 TO 671 676 TO 679 684 TO 687 692 TO 695 -
700 TO 703 708 712 715 717 719 721 723 725 729 731 733 737 739 742 TO 744 -
748 749 751 TO 754 760 761 768 TO 773 776 780 788 794 800 810 813 -
817 TO 820 822 824 835 TO 837 853 TO 858 862 TO 864 1006 TO 1008 -
1012 TO 1014 1609 TO 1616 1628 1633 1636 1642 1646 TO 1649 1658 1661 TO 1672 -
1675 TO 1685 1717
_AHU2 313 TO 315 318 320 324 325 328 338 339 341 TO 343 345 347 352 TO 355 -
357 360 361 365 366 369 372 TO 374 379 TO 383 386 388 390 392 394 396 421 -
441 442 451 463 502 506 510 514 518 559 563 568 TO 571 576 TO 579 -
584 TO 587 592 TO 595 600 TO 603 608 TO 611 616 TO 619 624 TO 627 -
632 TO 635 640 TO 643 648 TO 651 656 TO 659 664 TO 667 672 TO 675 -
680 TO 683 688 TO 691 696 TO 699 704 TO 707 710 714 716 718 720 722 724 726 -
730 732 734 738 740 741 745 TO 747 750 755 TO 759 762 TO 767 774 778 782 -
790 796 802 812 814 TO 816 826 828 830 832 TO 834 838 844 850 TO 852 859 -
860 TO 861 865 TO 867 919 925 931 937 943 949 955 1009 TO 1011 1015 TO 1017 -
1617 TO 1620 1623 1625 TO 1628 1633 1637 1643 1650 TO 1654 1657 1686 TO 1696 -
1699 TO 1709 1718
_WALL_A1 28 106 276 278 280 282 287 289 297 299 304 306 308 310 323 337 389 -
391 393 395 564 572 580 588 596 604 612 620 628 636 644 652 660 668 676 684 -
692 700
_WALL_A2 81 291 294 326 348 358 500 504 508 512 516 1636 1642
21 | P a g e
_WALL_B1 32 110 277 279 281 283 288 290 298 300 305 307 309 311 324 338 390 -
392 394 396 568 576 584 592 600 608 616 624 632 640 648 656 664 672 680 688 -
696 704
_WALL_B2 83 293 296 328 347 357 502 506 510 514 518 1637 1643
_WALL_C 167 168 301 TO 303 343 344 850 TO 855 1649 1653 1657 1661
_WALL_D 24 25 284 TO 286 320 321 832 TO 837 1646 1650 1654 1658
GEOMETRY
_PARPET_BEAMS 315 316 322 325 336 339 345 346 359 TO 363 365 370 TO 372 374 -
377 378 381 TO 386 566 570 574 578 582 586 590 594 598 602 606 610 614 618 -
622 626 630 634 638 642 646 650 654 658 662 666 670 674 678 682 686 690 694 -
698 702 706 740 TO 743 745 746 751 TO 756 758 TO 761 763 TO 772 814 TO 820 -
822 824 826 828 830 1718
_CONT_SMALLJOIST 581 583 585 587 589 591 593 595 605 607 609 611 629 631 633 -
635 637 639 641 643 661 663 665 667 677 679 681 683 701 703 705 707 708 710 -
712 714 719 720 723 724 776 778 780 782 788 790 794 796
END GROUP DEFINITION
ELEMENT PROPERTY
1204 1206 1207 1209 TO 1229 1231 TO 1233 1235 TO 1549 1558 1559 1563 TO 1565 -
1569 1571 1574 TO 1577 1582 TO 1593 1598 TO 1607 THICKNESS 0.08
DEFINE MATERIAL START
ISOTROPIC STEEL
E 1.99947e+008
POISSON 0.3
DENSITY 76.8191
ALPHA 6.5e-006
DAMP 0.03
TYPE STEEL
STRENGTH FY 248210 FU 399894 RY 1.5 RT 1.2
ISOTROPIC CONCRETE
E 2.17184e+007
POISSON 0.17
DENSITY 23.5615
ALPHA 5.5e-006
DAMP 0.05
TYPE CONCRETE
STRENGTH FCU 27578.9
ISOTROPIC CONCZERODEN
E 2.17184e+007
POISSON 0.17
DENSITY 0.0001
ALPHA 5.5e-006
DAMP 0.05
TYPE CONCRETE
STRENGTH FCU 27578.9
ISOTROPIC CEMENTBOARD
E 7e+006
POISSON 0.17
DENSITY 0.0001
ALPHA 5.5e-006
DAMP 0.05
TYPE CONCRETE
22 | P a g e
STRENGTH FCU 27578.9
END DEFINE MATERIAL
START USER TABLE
TABLE 1
*Hat Purlins
UNIT METER KN
CHANNEL
40HU40X33X0.95
0.000370582 0.04 0.00095 0.04 0.00095 9.71989e-008 4.78588e-007 0.106 0 0 0
BOX450X250X12
0.006 0.45 0 0.012 0.25 6e-005 7.2e-008 0.000125 0.006 0 0.004
TABLE 2
**LGS section
UNIT METER KN
CHANNEL
LGS_89X41X0.95
0.00017898 0.089 0.00095 0.041 0.00095 2.30941e-007 4.21583e-008 1.04602e-010 -
0.0124535 5.6e-005 4.95267e-005
LGS2X89X41X0.95
0.00035796 0.089 0.00095 0.041 0.00095 4.62e-007 1.48e-007 4.83274e-011 -
0.0101855 8.455e-005 5.19333e-005
LGS_1X150X47X0.95
0.00025 0.15 0.00095 0.047 0.00095 8.51939e-007 7.19065e-008 7.599e-011 -
0.0094149 9.5e-005 5.7127e-005
LGS_2X150X47X0.95
0.00050198 0.15 0.00095 0.094 0.00095 1.7039e-006 2.2248e-007 9.6326e-011 -
0 0.00018759 0.00011907
LGS_150X47X1.2
0.00031584 0.15 0.0012 0.047 0.0012 1.06748e-006 8.93068e-008 1.39162e-010 -
0.00950977 0.00012 7.136e-005
LGS_2X150X47X1.2
0.00063168 0.15 0.0012 0.094 0.0012 2.13e-006 2.78e-007 1.93306e-010 -
0.0265928 0.0001504 0.00023616
90X47X12X1.2
0.0002556 0.09 0.0012 0.047 0.0012 3.25593e-007 7.523e-008 1.16449e-010 -
0.0176096 0.0001368 0.0001128
2X90X47X12X1.2
0.0005112 0.09 0.0012 0.094 0.0012 6.51186e-007 2.256e-007 1.60699e-010 -
0.0492459 0.000171 0.0003736
TABLE 3
**cold formed C-section
UNIT METER KN
CHANNEL
C-200X64X2.3
0.00083 0.2 0.0025 0.064 0.0023 4.9516e-006 4.49755e-007 1.53683e-009 -
0.0128132 0.0005 0.000196267
C-200X64X3.15
0.00112 0.2 0.00315 0.064 0.00315 6.641e-006 6.62e-007 3.35167e-009 -
0.0136807 0.00063 0.0002688
C-250X64X2.3
0.00094 0.25 0.0023 0.064 0.0023 8.40586e-006 4.79296e-007 1.51439e-009 -
23 | P a g e
0.0117253 0.000575 0.000196267
C-2X200X64X1.75
0.0012635 0.2 0.00175 0.064 0.00175 7.63e-006 1.12e-006 5.79706e-010 -
0 0.0004585 0.00029867
C-2X200X64X2
0.00144 0.2 0.002 0.064 0.002 8.67e-006 1.27e-006 8.64e-010 0.0132469 -
0.00052267 0.00034133
C-2X200X64X2.3
0.00165 0.2 0.0023 0.064 0.0023 9.903e-006 1.4487e-006 1.0008e-005 -
0 0.00059923 0.00039253
C-2X250X64X2.3
0.00188048 0.25 0.0023 0.064 0.0023 1.68e-005 1.45e-006 1.94271e-009 -
0.0118023 0.00042667 0.00081667
C-2X200X64X2.5
0.00179 0.2 0.0025 0.064 0.0025 1.07e-005 1.56e-006 1.68229e-009 0.0134358 -
0.00065 0.00042667
TABLE 4
**Cold Formed Z-section
UNIT METER KN
CHANNEL
Z-200X64X1.75
0.000633 0.2 0.00175 0.064 0.00175 3.831e-006 5.88e-007 5.79706e-010 -
0.0131524 0.00035 0.000149333
Z-200X64X2
0.000722 0.2 0.002 0.064 0.002 4.35e-006 6.67e-007 8.64e-010 0.0132469 -
0.0004 0.000170667
Z-200X64X2.5
0.000896 0.2 0.0025 0.064 0.0025 5.365e-006 8.23e-007 1.68229e-009 -
0.0134358 0.0005 0.000213333
Z-200X64X3.15
0.00112 0.2 0.00315 0.064 0.00315 6.641e-006 1.018e-007 3.35167e-009 -
0.0136807 0.00063 0.0002688
Z-250X64X1.75
0.000721 0.25 0.00175 0.064 0.00175 6.493e-006 5.88e-007 6.69029e-010 -
0.0115132 0.0004375 0.000149333
Z-250X64X2
0.000822 0.25 0.002 0.064 0.002 7.377e-006 6.67e-007 9.97333e-010 -
0.0116096 0.0005 0.000170667
Z-250X64X2.5
0.001021 0.25 0.0025 0.064 0.0025 9.113e-006 8.23e-007 1.94271e-009 -
0.0118023 0.000625 0.000213333
Z-250X64X3.15
0.001278 0.25 0.00315 0.064 0.00315 1.1305e-005 1.019e-006 3.8726e-009 -
0.0120523 0.0007875 0.0002688
Z-300X64X2
0.000922 0.3 0.002 0.064 0.002 1.143e-005 6.67e-007 1.13067e-009 0.0103585 -
0.0006 0.000170667
Z-300X64X3.15
0.001435 0.3 0.0315 0.064 0.0315 1.7565e-005 1.019e-006 3.8028e-006 -
0.0214486 0.00945 0.002688
TABLE 5
24 | P a g e
UNIT METER KN
TUBE
BOX250X250X8
0.007744 0.25 0.25 0.008 7.56692e-005 7.56692e-005 0.00011338 0.004 0.004
BOX350X250X8
0.009344 0.35 0.25 0.008 0.000166665 9.91034e-005 0.000187668 0.0056 0.004
BOX250X250X10
0.0096 0.25 0.25 0.01 9.232e-005 9.232e-005 0.00013824 0.005 0.005
BOX250X250X12
0.011424 0.25 0.25 0.012 0.000108124 0.000108124 0.000161775 0.006 0.006
BOX350X250X10
0.0116 0.35 0.25 0.01 0.000204437 0.000121137 0.000229605 0.007 0.005
BOX350X250X12
0.013824 0.35 0.25 0.012 0.00024073 0.00014214 0.000269635 0.0084 0.006
BOX350X250X14
0.016016 0.35 0.25 0.014 0.000275584 0.000162144 0.000307797 0.0098 0.007
BOX250X250X14
0.013216 0.25 0.25 0.014 0.000123111 0.000123111 0.00018402 0.007 0.007
BOX450X250X14
0.018816 0.45 0.25 0.014 0.000508135 0.000201177 0.000441149 0.0126 0.007
BOX450X250X12
0.016224 0.45 0.25 0.012 0.000442455 0.000176155 0.000385804 0.0108 0.006
BOX450X300X12
0.017424 0.45 0.3 0.012 0.000500023 0.000266127 0.000526027 0.0108 0.0072
BOX450X300X14
0.020216 0.45 0.3 0.014 0.000574692 0.000304818 0.000603012 0.0126 0.0084
BOX450X300X16
0.022976 0.45 0.3 0.016 0.000647018 0.000341999 0.000677083 0.0144 0.0096
BOX450X300X10
0.0146 0.45 0.3 0.01 0.000422962 0.000225887 0.000446076 0.009 0.006
BOX200X200X6
0.004656 0.2 0.2 0.006 2.92335e-005 2.92335e-005 4.38083e-005 0.0024 0.0024
BOX200X200X8
0.006144 0.2 0.2 0.008 3.78143e-005 3.78143e-005 5.66231e-005 0.0032 0.0032
BOX450X350X16
0.024576 0.45 0.35 0.016 0.000722395 0.000487662 0.00087551 0.0144 0.0112
BOX550X400X16
0.029376 0.55 0.4 0.016 0.00128342 0.000782078 0.00146572 0.0176 0.0128
BOX600X450X16
0.034176 0.65 0.45 0.016 0.00207676 0.00117465 0.00226849 0.0208 0.0144
BOX500X400X14
0.024416 0.5 0.4 0.014 0.000906891 0.000641832 0.00113003 0.014 0.0112
BOX550X400X14
0.025816 0.55 0.4 0.014 0.0011365 0.000694004 0.00129996 0.0154 0.0112
END
**************************
MEMBER PROPERTY INDIAN
24 25 28 32 81 83 106 110 167 168 196 TO 203 252 TO 254 258 260 261 264 265 -
276 TO 283 PRIS YD 0.35 ZD 0.23
MEMBER PROPERTY INDIAN
304 TO 311 TABLE ST TUB1501505
25 | P a g e
1609 TO 1620 1623 1625 TO 1627 TABLE ST TUB80404
MEMBER PROPERTY INDIAN
327 443 TO 447 1629 1632 TAPERED 0.682 0.006 0.682 0.25 0.016
312 TO 314 340 TO 342 715 TO 718 721 722 725 726 1719 TO 1722 -
1723 TAPERED 0.42 0.005 0.32 0.2 0.01
422 423 428 429 433 434 439 440 TAPERED 0.832 0.008 0.832 0.3 0.016
421 424 TO 427 430 TO 432 435 TO 438 441 442 1628 -
1630 TAPERED 0.84 0.01 0.84 0.3 0.02
318 332 1631 1633 TAPERED 0.84 0.012 0.84 0.4 0.02
326 328 347 348 357 358 500 502 504 506 508 510 512 514 516 518 1636 1637 -
1642 1643 TAPERED 0.774 0.006 0.774 0.25 0.012
315 316 345 346 451 463 467 471 475 479 483 487 491 495 499 501 503 505 507 -
509 511 513 515 517 519 523 527 531 535 539 543 547 551 555 559 563 816 819 -
824 830 856 862 868 874 880 886 892 898 904 910 916 922 925 928 931 934 937 -
940 943 946 949 952 958 964 970 976 982 988 994 1000 1006 -
1012 TAPERED 0.466 0.005 0.466 0.15 0.008
814 815 817 818 820 822 826 828 857 858 860 861 863 864 866 867 869 870 872 -
873 875 876 878 879 881 882 884 885 887 888 890 891 893 894 896 897 899 900 -
902 903 905 906 908 909 911 912 914 915 917 918 920 921 923 924 926 927 929 -
930 932 933 935 936 938 939 941 942 944 945 947 948 950 951 953 954 956 957 -
959 960 962 963 965 966 968 969 971 972 974 975 977 978 980 981 983 984 986 -
987 989 990 992 993 995 996 998 999 1001 1002 1004 1005 1007 1008 1010 1011 -
1013 1014 1016 1017 TAPERED 0.474 0.005 0.474 0.15 0.012
833 834 836 837 839 840 842 843 845 846 848 849 851 852 854 -
855 TAPERED 0.42 0.005 0.42 0.2 0.01
832 835 838 841 844 847 850 853 1646 TO 1649 1654 TO 1656 -
1657 TAPERED 0.428 0.005 0.428 0.2 0.014
320 321 329 330 334 335 343 344 1650 TO 1653 1658 TO 1660 -
1661 TAPERED 0.428 0.005 0.428 0.225 0.014
322 325 336 339 359 TO 363 365 366 370 TO 372 374 377 378 381 382 385 TO 388 -
566 570 574 578 582 586 590 594 598 602 606 610 614 618 622 626 630 634 638 -
642 646 650 654 658 662 666 670 674 678 682 686 690 694 698 702 706 -
740 TO 747 751 TO 756 758 TO 761 773 774 813 -
1718 TAPERED 0.262 0.004 0.262 0.13 0.006
567 571 575 579 599 603 615 619 623 627 647 651 655 659 671 675 687 691 695 -
699 729 TO 734 800 802 810 812 TAPERED 0.262 0.004 0.262 0.13 0.006
383 384 763 TO 772 TAPERED 0.316 0.005 0.316 0.15 0.008
583 587 591 595 607 611 631 635 639 643 663 667 679 683 703 707 776 778 780 -
782 788 790 794 796 TAPERED 0.266 0.005 0.266 0.15 0.008
MEMBER PROPERTY INDIAN
291 293 294 296 UPTABLE 5 BOX350X250X10
292 295 UPTABLE 5 BOX550X400X14
MEMBER PROPERTY INDIAN
1662 TO 1709 1717 TABLE ST TUB80404
MEMBER PROPERTY INDIAN
285 302 UPTABLE 5 BOX550X400X16
284 286 TO 290 297 TO 301 303 UPTABLE 5 BOX250X250X8
323 324 337 338 349 TO 356 367 TO 369 373 375 376 379 380 389 TO 396 564 568 -
572 576 580 584 588 592 596 600 604 608 612 616 620 624 628 632 636 640 644 -
648 652 656 660 664 668 672 676 680 684 688 692 696 700 704 737 TO 739 748 -
749 TO 750 757 762 TAPERED 0.466 0.005 0.466 0.15 0.008
26 | P a g e
MEMBER PROPERTY INDIAN
449 461 465 469 473 477 481 485 489 493 497 521 525 529 533 537 541 545 549 -
553 557 561 565 569 573 577 581 585 589 593 597 601 605 609 613 617 621 625 -
629 633 637 641 645 649 653 657 661 665 669 673 677 681 685 689 693 697 701 -
705 708 710 712 714 719 720 723 724 859 865 871 877 883 889 895 901 907 913 -
919 955 961 967 973 979 985 991 997 1003 1009 -
1015 TAPERED 0.47 0.005 0.47 0.15 0.01
CONSTANTS
MATERIAL STEEL MEMB 284 TO 316 318 320 TO 330 332 334 TO 363 365 TO 396 421 -
422 TO 447 449 451 461 463 465 467 469 471 473 475 477 479 481 483 485 487 -
489 491 493 495 497 499 TO 519 521 523 525 527 529 531 533 535 537 539 541 -
543 545 547 549 551 553 555 557 559 561 563 TO 708 710 712 714 TO 726 729 -
730 TO 734 737 TO 774 776 778 780 782 788 790 794 796 800 802 810 812 TO 820 -
822 824 826 828 830 832 TO 1017 1609 TO 1620 1623 1625 TO 1633 1636 1637 -
1642 1643 1646 TO 1709 1717 TO 1723
MATERIAL CONCZERODEN MEMB 24 25 28 32 81 83 106 110 167 168 196 TO 203 252 -
253 TO 254 258 260 261 264 265 276 TO 283 1204 1206 1207 1209 TO 1229 1231 -
1232 TO 1233 1235 TO 1549 1558 1559 1563 TO 1565 1569 1571 1574 TO 1577 1582 -
1583 TO 1593 1598 TO 1607
SUPPORTS
1 TO 3 16 TO 21 34 TO 36 FIXED
4 TO 15 22 TO 33 FIXED
MEMBER RELEASE
24 25 28 32 81 83 106 110 167 168 196 TO 203 252 TO 254 258 260 261 264 265 -
276 TO 283 315 316 345 346 383 384 START MY MZ
24 25 28 32 81 83 106 110 167 168 196 TO 203 252 TO 254 258 260 261 264 265 -
276 TO 283 763 768 816 819 824 830 END MY MZ
451 463 467 471 475 479 483 487 491 495 499 501 503 505 507 509 511 513 515 -
517 519 523 527 531 535 539 543 547 551 555 559 563 START MY MZ
856 862 868 874 880 886 892 898 904 910 916 922 925 928 931 934 937 940 943 -
946 949 952 958 964 970 976 982 988 994 1000 1006 1012 END MY MZ
583 591 607 631 639 663 679 703 729 TO 734 776 780 788 794 800 802 810 -
812 START MY MZ
587 595 611 635 643 667 683 707 729 TO 734 778 790 796 800 802 810 -
812 END MY MZ
1609 TO 1620 1623 1625 TO 1627 START MY MZ
1609 TO 1620 1623 1625 TO 1627 END MY MZ
565 567 571 573 575 579 597 599 603 613 615 619 621 623 627 645 647 651 653 -
655 659 669 671 675 685 687 691 693 695 699 START MY MZ
567 569 571 575 577 579 599 601 603 615 617 619 623 625 627 647 649 651 655 -
657 659 671 673 675 687 689 691 695 697 699 END MY MZ
1662 TO 1709 START MY MZ
1662 TO 1674 1676 TO 1709 1717 END MY MZ
ELEMENT PLANE STRESS
1204 1206 1207 1209 TO 1229 1231 TO 1233 1235 TO 1549 1558 1559 1563 TO 1565 -
1569 1571 1574 TO 1577 1582 TO 1593 1598 TO 1607
DEFINE REFERENCE LOADS
LOAD R1 LOADTYPE Mass TITLE DEADMASS
SELFWEIGHT X 1.15
SELFWEIGHT Y 1.15
SELFWEIGHT Z 1.15
27 | P a g e
ONEWAY LOAD
_TERRACE ONE 5.05 GX
FLOOR LOAD
_AHU1 FLOAD 5.05 GX
_AHU2 FLOAD 5.05 GX
MEMBER LOAD
315 316 322 325 336 339 345 346 359 TO 363 365 370 TO 372 374 377 378 381 -
382 TO 386 566 570 574 578 582 586 590 594 598 602 606 610 614 618 622 626 -
630 634 638 642 646 650 654 658 662 666 670 674 678 682 686 690 694 698 702 -
706 740 TO 743 745 746 751 TO 756 758 TO 761 763 TO 772 814 TO 820 822 824 -
826 828 830 1718 UNI GX 1.5
ONEWAY LOAD
_TERRACE ONE 5.05 GY
FLOOR LOAD
_AHU1 FLOAD 5.05 GY
_AHU2 FLOAD 5.05 GY
MEMBER LOAD
315 316 322 325 336 339 345 346 359 TO 363 365 370 TO 372 374 377 378 381 -
382 TO 386 566 570 574 578 582 586 590 594 598 602 606 610 614 618 622 626 -
630 634 638 642 646 650 654 658 662 666 670 674 678 682 686 690 694 698 702 -
706 740 TO 743 745 746 751 TO 756 758 TO 761 763 TO 772 814 TO 820 822 824 -
826 828 830 1718 UNI GY 1.5
ONEWAY LOAD
_TERRACE ONE 5.05 GZ
FLOOR LOAD
_AHU1 FLOAD 5.05 GZ
_AHU2 FLOAD 5.05 GZ
MEMBER LOAD
315 316 322 325 336 339 345 346 359 TO 363 365 370 TO 372 374 377 378 381 -
382 TO 386 566 570 574 578 582 586 590 594 598 602 606 610 614 618 622 626 -
630 634 638 642 646 650 654 658 662 666 670 674 678 682 686 690 694 698 702 -
706 740 TO 743 745 746 751 TO 756 758 TO 761 763 TO 772 814 TO 820 822 824 -
826 828 830 1718 UNI GZ 1.5
LOAD R2 LOADTYPE Mass TITLE LIVELOAD
FLOOR LOAD
_AHU1 FLOAD 3 GX
_AHU2 FLOAD 3 GX
FLOOR LOAD
_AHU1 FLOAD 3 GY
_AHU2 FLOAD 3 GY
FLOOR LOAD
_AHU1 FLOAD 3 GZ
_AHU2 FLOAD 3 GZ
END DEFINE REFERENCE LOADS
****************************
*************************************************
DEFINE 1893 LOAD
ZONE 0.24 RF 3 I 1.2 SS 2 ST 2 DM 0.05 PX 0.25 PZ 0.25
REFERENCE LOAD Y
R1 1.0 R2 0.25
********************************************************
28 | P a g e
LOAD 1 LOADTYPE Seismic TITLE EQX+VE
1893 LOAD X 1
PERFORM ANALYSIS
CHANGE
LOAD 2 LOADTYPE Seismic TITLE EQX-VE
1893 LOAD X -1
PERFORM ANALYSIS
CHANGE
LOAD 3 LOADTYPE Seismic TITLE EQZ+VE
1893 LOAD Z 1
PERFORM ANALYSIS
CHANGE
LOAD 4 LOADTYPE Seismic TITLE EQZ-VE
1893 LOAD Z -1
PERFORM ANALYSIS
CHANGE
*************************************************
**//// DYNAMIC ANALYSIS FOR DISPLACEMENT SCALE=Z/2*I/R=0.1/2*1.2/4=0.015****
LOAD 5 RESPONSE SPECTRUM IN X-DIR-CQC-FOR_STRENGHT
REFERENCE LOAD
R1 1.0 R2 0.25
SPECTRUM CQC X 0.048 ACC SCALE 1 DAMP 0.05 MIS 0
0.05 17.168; 0.1 24.525; 0.15 24.525; 0.2 24.525; 0.25 24.525; 0.3 24.525;
0.35 24.525; 0.4 24.525; 0.45 24.525; 0.5 24.525; 0.55 24.257; 0.6 22.236;
0.65 20.526; 0.7 19.059; 0.75 17.789; 0.8 16.677; 0.85 15.696; 0.9 14.824;
0.95 14.044; 1 13.342; 1.05 12.706; 1.1 12.129; 1.15 11.601; 1.2 11.118;
1.25 10.673; 1.3 10.263; 1.35 9.883; 1.4 9.53; 1.45 9.201; 1.5 8.894;
1.55 8.607; 1.6 8.339; 1.65 8.086; 1.7 7.848; 1.75 7.624; 1.8 7.412;
1.85 7.212; 1.9 7.022; 1.95 6.842; 2 6.671; 2.05 6.508; 2.1 6.353; 2.15 6.205;
2.2 6.064; 2.25 5.93; 2.3 5.801; 2.35 5.677; 2.4 5.559; 2.45 5.446; 2.5 5.337;
2.55 5.232; 2.6 5.131; 2.65 5.035; 2.7 4.941; 2.75 4.851; 2.8 4.765;
2.85 4.681; 2.9 4.601; 2.95 4.523; 3 4.447; 3.05 4.374; 3.1 4.304; 3.15 4.235;
3.2 4.169; 3.25 4.105; 3.3 4.043; 3.35 3.983; 3.4 3.924; 3.45 3.867;
3.5 3.812; 3.55 3.758; 3.6 3.706; 3.65 3.655; 3.7 3.606; 3.75 3.558;
3.8 3.511; 3.85 3.465; 3.9 3.421; 3.95 3.378; 4 3.335; 4.05 3.335; 4.1 3.335;
4.15 3.335; 4.2 3.335; 4.25 3.335; 4.3 3.335;
PERFORM ANALYSIS
CHANGE
LOAD 6 RESPONSE SPECTRUM IN Z-DIR-CQC-FOR_STRENGHT
SPECTRUM CQC Z 0.048 ACC SCALE 1 DAMP 0.05 MIS 0
0.05 17.168; 0.1 24.525; 0.15 24.525; 0.2 24.525; 0.25 24.525; 0.3 24.525;
0.35 24.525; 0.4 24.525; 0.45 24.525; 0.5 24.525; 0.55 24.257; 0.6 22.236;
0.65 20.526; 0.7 19.059; 0.75 17.789; 0.8 16.677; 0.85 15.696; 0.9 14.824;
0.95 14.044; 1 13.342; 1.05 12.706; 1.1 12.129; 1.15 11.601; 1.2 11.118;
1.25 10.673; 1.3 10.263; 1.35 9.883; 1.4 9.53; 1.45 9.201; 1.5 8.894;
1.55 8.607; 1.6 8.339; 1.65 8.086; 1.7 7.848; 1.75 7.624; 1.8 7.412;
1.85 7.212; 1.9 7.022; 1.95 6.842; 2 6.671; 2.05 6.508; 2.1 6.353; 2.15 6.205;
2.2 6.064; 2.25 5.93; 2.3 5.801; 2.35 5.677; 2.4 5.559; 2.45 5.446; 2.5 5.337;
2.55 5.232; 2.6 5.131; 2.65 5.035; 2.7 4.941; 2.75 4.851; 2.8 4.765;
2.85 4.681; 2.9 4.601; 2.95 4.523; 3 4.447; 3.05 4.374; 3.1 4.304; 3.15 4.235;
3.2 4.169; 3.25 4.105; 3.3 4.043; 3.35 3.983; 3.4 3.924; 3.45 3.867;
29 | P a g e
3.5 3.812; 3.55 3.758; 3.6 3.706; 3.65 3.655; 3.7 3.606; 3.75 3.558;
3.8 3.511; 3.85 3.465; 3.9 3.421; 3.95 3.378; 4 3.335; 4.05 3.335; 4.1 3.335;
4.15 3.335; 4.2 3.335; 4.25 3.335; 4.3 3.335;
PERFORM ANALYSIS
CHANGE
LOAD 7 RESPONSE SPECTRUM IN Y-DIR-CQC-FOR_STRENGHT
SPECTRUM CQC Y 0.048 ACC SCALE 1.72 DAMP 0.05 MIS 0
0.05 17.168; 0.1 24.525; 0.15 24.525; 0.2 24.525; 0.25 24.525; 0.3 24.525;
0.35 24.525; 0.4 24.525; 0.45 24.525; 0.5 24.525; 0.55 24.257; 0.6 22.236;
0.65 20.526; 0.7 19.059; 0.75 17.789; 0.8 16.677; 0.85 15.696; 0.9 14.824;
0.95 14.044; 1 13.342; 1.05 12.706; 1.1 12.129; 1.15 11.601; 1.2 11.118;
1.25 10.673; 1.3 10.263; 1.35 9.883; 1.4 9.53; 1.45 9.201; 1.5 8.894;
1.55 8.607; 1.6 8.339; 1.65 8.086; 1.7 7.848; 1.75 7.624; 1.8 7.412;
1.85 7.212; 1.9 7.022; 1.95 6.842; 2 6.671; 2.05 6.508; 2.1 6.353; 2.15 6.205;
2.2 6.064; 2.25 5.93; 2.3 5.801; 2.35 5.677; 2.4 5.559; 2.45 5.446; 2.5 5.337;
2.55 5.232; 2.6 5.131; 2.65 5.035; 2.7 4.941; 2.75 4.851; 2.8 4.765;
2.85 4.681; 2.9 4.601; 2.95 4.523; 3 4.447; 3.05 4.374; 3.1 4.304; 3.15 4.235;
3.2 4.169; 3.25 4.105; 3.3 4.043; 3.35 3.983; 3.4 3.924; 3.45 3.867;
3.5 3.812; 3.55 3.758; 3.6 3.706; 3.65 3.655; 3.7 3.606; 3.75 3.558;
3.8 3.511; 3.85 3.465; 3.9 3.421; 3.95 3.378; 4 3.335; 4.05 3.335; 4.1 3.335;
4.15 3.335; 4.2 3.335; 4.25 3.335; 4.3 3.335;
PERFORM ANALYSIS
CHANGE
*****//// DYNAMIC ANALYSIS FOR DISPLACEMENT SCALE=1.0
LOAD 8 RESPONSE SPECTRUM IN X-DIR-CQC-FOR_DISPLACEMENT
SPECTRUM CQC X 0.048 ACC SCALE 1 DAMP 0.05 MIS 0
0.05 17.168; 0.1 24.525; 0.15 24.525; 0.2 24.525; 0.25 24.525; 0.3 24.525;
0.35 24.525; 0.4 24.525; 0.45 24.525; 0.5 24.525; 0.55 24.257; 0.6 22.236;
0.65 20.526; 0.7 19.059; 0.75 17.789; 0.8 16.677; 0.85 15.696; 0.9 14.824;
0.95 14.044; 1 13.342; 1.05 12.706; 1.1 12.129; 1.15 11.601; 1.2 11.118;
1.25 10.673; 1.3 10.263; 1.35 9.883; 1.4 9.53; 1.45 9.201; 1.5 8.894;
1.55 8.607; 1.6 8.339; 1.65 8.086; 1.7 7.848; 1.75 7.624; 1.8 7.412;
1.85 7.212; 1.9 7.022; 1.95 6.842; 2 6.671; 2.05 6.508; 2.1 6.353; 2.15 6.205;
2.2 6.064; 2.25 5.93; 2.3 5.801; 2.35 5.677; 2.4 5.559; 2.45 5.446; 2.5 5.337;
2.55 5.232; 2.6 5.131; 2.65 5.035; 2.7 4.941; 2.75 4.851; 2.8 4.765;
2.85 4.681; 2.9 4.601; 2.95 4.523; 3 4.447; 3.05 4.374; 3.1 4.304; 3.15 4.235;
3.2 4.169; 3.25 4.105; 3.3 4.043; 3.35 3.983; 3.4 3.924; 3.45 3.867;
3.5 3.812; 3.55 3.758; 3.6 3.706; 3.65 3.655; 3.7 3.606; 3.75 3.558;
3.8 3.511; 3.85 3.465; 3.9 3.421; 3.95 3.378; 4 3.335; 4.05 3.335; 4.1 3.335;
4.15 3.335; 4.2 3.335; 4.25 3.335; 4.3 3.335;
PERFORM ANALYSIS
CHANGE
LOAD 9 RESPONSE SPECTRUM IN Z-DIR-CQC-FOR_DISPLACEMENT
SPECTRUM CQC Z 0.015 ACC SCALE 1 DAMP 0.05 MIS 0
0.05 17.168; 0.1 24.525; 0.15 24.525; 0.2 24.525; 0.25 24.525; 0.3 24.525;
0.35 24.525; 0.4 24.525; 0.45 24.525; 0.5 24.525; 0.55 24.257; 0.6 22.236;
0.65 20.526; 0.7 19.059; 0.75 17.789; 0.8 16.677; 0.85 15.696; 0.9 14.824;
0.95 14.044; 1 13.342; 1.05 12.706; 1.1 12.129; 1.15 11.601; 1.2 11.118;
1.25 10.673; 1.3 10.263; 1.35 9.883; 1.4 9.53; 1.45 9.201; 1.5 8.894;
1.55 8.607; 1.6 8.339; 1.65 8.086; 1.7 7.848; 1.75 7.624; 1.8 7.412;
1.85 7.212; 1.9 7.022; 1.95 6.842; 2 6.671; 2.05 6.508; 2.1 6.353; 2.15 6.205;
30 | P a g e
2.2 6.064; 2.25 5.93; 2.3 5.801; 2.35 5.677; 2.4 5.559; 2.45 5.446; 2.5 5.337;
2.55 5.232; 2.6 5.131; 2.65 5.035; 2.7 4.941; 2.75 4.851; 2.8 4.765;
2.85 4.681; 2.9 4.601; 2.95 4.523; 3 4.447; 3.05 4.374; 3.1 4.304; 3.15 4.235;
3.2 4.169; 3.25 4.105; 3.3 4.043; 3.35 3.983; 3.4 3.924; 3.45 3.867;
3.5 3.812; 3.55 3.758; 3.6 3.706; 3.65 3.655; 3.7 3.606; 3.75 3.558;
3.8 3.511; 3.85 3.465; 3.9 3.421; 3.95 3.378; 4 3.335; 4.05 3.335; 4.1 3.335;
4.15 3.335; 4.2 3.335; 4.25 3.335; 4.3 3.335;
PERFORM ANALYSIS
CHANGE
****************************************************
*STAIRCASE STEPS WITH BOARD(300+300+1200+1200)X(24 steps+6 sTEPS FOR pLARFORM)
*** 3 mETER X30 nOS X5.8KG/M(ISA 65X65X6) =522 kG sAY =600 kG
***pER 3.5 mETER sTORY))
LOAD 11 LOADTYPE None TITLE DEAD_LOAD
SELFWEIGHT Y -1.15
ONEWAY LOAD
_TERRACE ONE -5.05 GY
FLOOR LOAD
_AHU1 FLOAD -5.05 GY
_AHU2 FLOAD -5.05 GY
LOAD 12 LOADTYPE None TITLE WALLDEAD_LOAD
MEMBER LOAD
315 316 322 325 336 339 345 346 359 TO 363 365 370 TO 372 374 377 378 381 -
382 TO 386 566 570 574 578 582 586 590 594 598 602 606 610 614 618 622 626 -
630 634 638 642 646 650 654 658 662 666 670 674 678 682 686 690 694 698 702 -
706 740 TO 743 745 746 751 TO 756 758 TO 761 763 TO 772 814 TO 820 822 824 -
826 828 830 1718 UNI GY -1.5
********************************************
LOAD 14 LOADTYPE None TITLE LIVELOAD
ONEWAY LOAD
_TERRACE ONE -0.75 GY
FLOOR LOAD
_AHU1 FLOAD -3 GY
_AHU2 FLOAD -3 GY
*******************************************
LOAD 21 LOADTYPE Mass TITLE WIND 0 DEG+VE
ONEWAY LOAD
_WALL_A1 ONE 0.74 GZ TOWARDS 304
ONEWAY LOAD
_WALL_A2 ONE 0.74 GZ TOWARDS 291
MEMBER LOAD
284 289 291 294 297 299 UNI GZ 1.1
LOAD 22 LOADTYPE Mass TITLE WIND 180 DEG
ONEWAY LOAD
_WALL_B1 ONE -0.74 GZ TOWARDS 290
_WALL_B2 ONE -0.74 GZ TOWARDS 293
MEMBER LOAD
286 288 290 293 296 298 300 303 UNI GZ -1.1
LOAD 23 LOADTYPE Mass TITLE WIND 90 DEG
ONEWAY LOAD
_WALL_C ONE -0.74 GX TOWARDS 303
31 | P a g e
MEMBER LOAD
299 TO 301 303 UNI GX -1.1
LOAD 24 LOADTYPE Mass TITLE WIND 270 DEG
ONEWAY LOAD
_WALL_D ONE 0.74 GX TOWARDS 285
MEMBER LOAD
284 286 TO 288 UNI GX 1.1
****************************************************
******************************************************
LOAD COMB 100 1.5DL+1.5WALL+1.5LL
11 1.5 12 1.5 14 1.5
*********************************************************************
***************************************************
**********DYNAMIC LOAD COMBINATION*************
LOAD COMB 101 0.9DL+0.9WALL+1.5RESQX+VE
11 0.9 12 0.9 5 1.5
LOAD COMB 102 0.9DL+0.9WALL+1.5RESQX-VE
11 0.9 12 0.9 5 -1.5
LOAD COMB 103 0.9DL+0.9WALL+1.5RESQZ+VE
11 0.9 12 0.9 6 1.5
LOAD COMB 104 0.9DL+0.9WALL+1.5RESQZ-VE
11 0.9 12 0.9 6 -1.5
LOAD COMB 105 0.9DL+0.9WALL+1.5RESQY+VE
11 0.9 12 0.9 7 1.5
LOAD COMB 106 0.9DL+0.9WALL+1.5RESQY-VE
11 0.9 12 0.9 7 -1.5
******************************
LOAD COMB 107 1.5DL+1.5WALL+1.5RESQX+VE
11 1.5 12 1.5 5 1.5
LOAD COMB 108 1.5DL+1.5WALL+1.5RESQX-VE
11 1.5 12 1.5 5 -1.5
LOAD COMB 109 1.5DL+1.5WALL+1.5RESQZ+VE
11 1.5 12 1.5 6 1.5
LOAD COMB 110 1.5DL+1.5WALL+1.5RESQZ-VE
11 1.5 12 1.5 6 -1.5
LOAD COMB 111 1.5DL+1.5WALL+1.5RESQY+VE
11 1.5 12 1.5 7 1.5
LOAD COMB 112 1.5DL+1.5WALL+1.5RESQY-VE
11 1.5 12 1.5 7 -1.5
************************************
LOAD COMB 113 1.2DL+1.2WALL+1.2LL+0.6RESQX+VE
11 1.2 12 1.2 5 0.6
LOAD COMB 114 1.2DL+1.2WALL+1.2LL+0.6RESQX+VE
11 1.2 12 1.2 5 -0.6
LOAD COMB 115 1.2DL+1.2WALL+1.2LL+0.6RESQZ+VE
11 1.2 12 1.2 6 0.6
LOAD COMB 116 1.2DL+1.2WALL+1.2LL+0.6RESQZ+VE
11 1.2 12 1.2 6 -0.6
LOAD COMB 117 1.2DL+1.2WALL+1.2LL+0.6RESQZ+VE
11 1.2 12 1.2 7 0.6
LOAD COMB 118 1.2DL+1.2WALL+1.2LL+0.6RESQZ+VE
32 | P a g e
11 1.2 12 1.2 7 -0.6
************************************************
LOAD COMB 119 1.2DL+1.2WALL+1.2LL+1.2RESQX+VE
11 1.2 12 1.2 14 1.2 5 1.2
LOAD COMB 120 1.2DL+1.2WALL+1.2LL+1.2RESQX-VE
11 1.2 12 1.2 14 1.2 5 -1.2
LOAD COMB 121 1.2DL+1.2WALL+1.2LL+1.2RESQZ+VE
11 1.2 12 1.2 14 1.2 6 1.2
LOAD COMB 122 1.2DL+1.2WALL+1.2LL+1.2RESQZ-VE
11 1.2 12 1.2 14 1.2 6 -1.2
LOAD COMB 123 1.2DL+1.2WALL+1.2LL+1.2RESQY+VE
11 1.2 12 1.2 14 1.2 7 1.2
LOAD COMB 124 1.2DL+1.2WALL+1.2LL+1.2RESQY-VE
11 1.2 12 1.2 14 1.2 7 -1.2
***************************************************************************
LOAD COMB 125 1.2DL+1.2WALL+1.2LL+1.2RESQX+VE+1.2X0.3RESQY+VE
11 1.2 12 1.2 14 1.2 5 1.2 7 0.36
LOAD COMB 126 1.2DL+1.2WALL+1.2LL+1.2RESQX+VE+1.2X0.3RESQY-VE
11 1.2 12 1.2 14 1.2 5 1.2 7 -0.36
LOAD COMB 127 1.2DL+1.2WALL+1.2LL+1.2RESQX-VE+1.2X0.3RESQY+VE
11 1.2 12 1.2 14 1.2 5 -1.2 7 0.36
LOAD COMB 128 1.2DL+1.2WALL+1.2LL+1.2RESQX-VE +VE+1.2X0.3RESQY-VE
11 1.2 12 1.2 14 1.2 5 -1.2 7 -0.36
*****
LOAD COMB 129 1.2DL+1.2WALL+1.2LL+1.2RESQZ+VE+1.2X0.3RESQY+VE
11 1.2 12 1.2 14 1.2 6 1.2 7 0.36
LOAD COMB 130 1.2DL+1.2WALL+1.2LL+1.2RESQZX+VE +1.2X0.3RESQY-VE
11 1.2 12 1.2 14 1.2 6 1.2 7 -0.36
LOAD COMB 131 1.2DL+1.2WALL+1.2LL+1.2RESQZ-VE+1.2X0.3RESQY+VE
11 1.2 12 1.2 14 1.2 6 -1.2 7 0.36
LOAD COMB 132 1.2DL+1.2WALL+1.2LL+1.2RESQZX-VE+1.2X0.3RESQY-VE
11 1.2 12 1.2 14 1.2 6 -1.2 7 -0.36
*****
LOAD COMB 133 1.2DL+1.2WALL+1.2LL+1.2X0.3RESQX+VE+1.2RESQY+VE
11 1.2 12 1.2 14 1.2 5 0.36 7 1.2
LOAD COMB 134 1.2DL+1.2WALL+1.2LL+1.2X0.3RESQX+VE +1.2RESQY-VE
11 1.2 12 1.2 14 1.2 5 0.36 7 -1.2
LOAD COMB 135 1.2DL+1.2WALL+1.2LL+1.2X0.3RESQX-VE+1.2RESQY+VE
11 1.2 12 1.2 14 1.2 5 -0.36 7 1.2
LOAD COMB 136 1.2DL+1.2WALL+1.2LL+1.2X0.3RESQX-VE+1.2RESQY-VE
11 1.2 12 1.2 14 1.2 5 -0.36 7 -1.2
*****
LOAD COMB 137 1.2DL+1.2WALL+1.2LL+1.2X0.3RESQZ+VE+1.2RESQY+VE
11 1.2 12 1.2 14 1.2 6 0.36 7 1.2
LOAD COMB 138 1.2DL+1.2WALL+1.2LL+1.2X0.3RESQZ+VE +1.2RESQY-VE
11 1.2 12 1.2 14 1.2 6 0.36 7 -1.2
LOAD COMB 139 1.2DL+1.2WALL+1.2LL+1.2X0.3RESQZ-VE+1.2RESQY+VE
11 1.2 12 1.2 14 1.2 6 -0.36 7 1.2
LOAD COMB 140 1.2DL+1.2WALL+1.2LL+1.2X0.3RESQZ-VE+1.2RESQY-VE
11 1.2 12 1.2 14 1.2 6 -0.36 7 -1.2
********************************
33 | P a g e
LOAD COMB 141 1.5DL+1.5WALL+1.5RESQX+VE+1.5X0.3RESQY+VE
11 1.5 12 1.5 5 1.5 7 0.45
LOAD COMB 142 1.5DL+1.5WALL+1.5RESQX+VE+1.5X0.3RESQY-VE
11 1.5 12 1.5 5 1.5 7 -0.45
LOAD COMB 143 1.5DL+1.5WALL+1.5RESQX-VE+1.5X0.3RESQY+VE
11 1.5 12 1.5 5 -1.5 7 0.45
LOAD COMB 144 1.5DL+1.5WALL+1.5RESQX-VE+1.5X0.3RESQY-VE
11 1.5 12 1.5 5 -1.5 7 -0.45
*****
LOAD COMB 145 1.5DL+1.5WALL+1.5RESQZ+VE+1.5X0.3RESQY+VE
11 1.5 12 1.5 6 1.5 7 0.45
LOAD COMB 146 1.5DL+1.5WALL+1.5RESQZ+VE+1.5X0.3RESQY-VE
11 1.5 12 1.5 6 1.5 7 -0.45
LOAD COMB 147 1.5DL+1.5WALL+1.5RESQZ-VE+1.5X0.3RESQY+VE
11 1.5 12 1.5 6 -1.5 7 0.45
LOAD COMB 148 1.5DL+1.5WALL+1.5RESQZ-VE+1.5X0.3RESQY-VE
11 1.5 12 1.5 6 -1.5 7 -0.45
*****
LOAD COMB 149 1.5DL+1.5WALL+1.5X0.3RESQX+VE+1.5RESQY+VE
11 1.5 12 1.5 5 0.45 7 1.5
LOAD COMB 150 1.5DL+1.5WALL+1.5X0.3RESQX+VE+1.5RESQY-VE
11 1.5 12 1.5 5 0.45 7 -1.5
LOAD COMB 151 1.5DL+1.5WALL+1.5X0.3RESQX-VE+1.5RESQY+VE
11 1.5 12 1.5 5 -0.45 7 1.5
LOAD COMB 152 1.5DL+1.5WALL+1.5X0.3RESQX-VE+1.5RESQY-VE
11 1.5 12 1.5 5 -0.45 7 -1.5
*****
LOAD COMB 153 1.5DL+1.5WALL+1.5X0.3RESQZ+VE+1.5RESQY+VE
11 1.5 12 1.5 6 0.45 7 1.5
LOAD COMB 154 1.5DL+1.5WALL+1.5X0.3RESQZ+VE+1.5RESQY-VE
11 1.5 12 1.5 6 0.45 7 -1.5
LOAD COMB 155 1.5DL+1.5WALL+1.5X0.3RESQZ-VE+1.5RESQY+VE
11 1.5 12 1.5 6 -0.45 7 1.5
LOAD COMB 156 1.5DL+1.5WALL+1.5X0.3RESQZ-VE+1.5RESQY-VE
11 1.5 12 1.5 6 -0.45 7 -1.5
**************************
LOAD COMB 157 0.9DL+0.9WALL+1.5RESQZ+VE+1.5X0.3RESQY+VE
11 0.9 12 0.9 6 1.5 7 0.45
LOAD COMB 158 0.9DL+0.9WALL+1.5RESQZ+VE+1.5X0.3RESQY-VE
11 0.9 12 0.9 6 1.5 7 -0.45
LOAD COMB 159 0.9DL+0.9WALL+1.5RESQZ-VE+1.5X0.3RESQY+VE
11 0.9 12 0.9 6 -1.5 7 0.45
LOAD COMB 160 0.9DL+0.9WALL+1.5RESQZ-VE+1.5X0.3RESQY-VE
11 0.9 12 0.9 6 -1.5 7 -0.45
*****
LOAD COMB 161 0.9DL+0.9WALL+1.5X0.3RESQX+VE+1.5RESQY+VE
11 0.9 12 0.9 5 0.45 7 1.5
LOAD COMB 162 0.9DL+0.9WALL+1.5X0.3RESQX+VE+1.5RESQY-VE
11 0.9 12 0.9 5 0.45 7 -1.5
LOAD COMB 163 0.9DL+0.9WALL+1.5X0.3RESQX-VE+1.5RESQY+VE
11 0.9 12 0.9 5 -0.45 7 1.5
34 | P a g e
LOAD COMB 164 0.9DL+0.9WALL+1.5X0.3RESQX-VE+1.5RESQY-VE
11 0.9 12 0.9 5 -0.45 7 -1.5
*****
LOAD COMB 165 0.9DL+0.9WALL+1.5X0.3RESQZ+VE+1.5RESQY+VE
11 0.9 12 0.9 6 0.45 7 1.5
LOAD COMB 166 0.9DL+0.9WALL+1.5X0.3RESQZ+VE+1.5RESQY-VE
11 0.9 12 0.9 6 0.45 7 -1.5
LOAD COMB 167 0.9DL+0.9WALL+1.5X0.3RESQZ-VE+1.5RESQY+VE
11 0.9 12 0.9 6 -0.45 7 1.5
LOAD COMB 168 0.9DL+0.9WALL+1.5X0.3RESQZ-VE+1.5RESQY-VE
11 0.9 12 0.9 6 -0.45 7 -1.5
****
LOAD COMB 169 0.9DL+0.9WALL+1.5RESQX+VE+1.5X0.3RESQY+VE
11 0.9 12 0.9 5 1.5 7 0.45
LOAD COMB 170 0.9DL+0.9WALL+1.5RESQX+VE+1.5X0.3RESQY-VE
11 0.9 12 0.9 5 1.5 7 -0.45
LOAD COMB 171 0.9DL+0.9WALL+1.5RESQX-VE+1.5X0.3RESQY+VE
11 0.9 12 0.9 5 -1.5 7 0.45
LOAD COMB 172 0.9DL+0.9WALL+1.5RESQX-VE+1.5X0.3RESQY-VE
11 0.9 12 0.9 5 -1.5 7 -0.45
*********************************************************************
***************************************************
****************************************
*********************************************
LOAD COMB 251 0.9DL+0.9WALL+1.5SQX+VE
11 0.9 12 0.9 1 1.5
LOAD COMB 252 0.9DL+0.9WALL+1.5SQX-VE
11 0.9 12 0.9 2 1.5
LOAD COMB 253 0.9DL+0.9WALL+1.5SQZ+VE
11 0.9 12 0.9 3 1.5
LOAD COMB 254 0.9DL+0.9WALL+1.5SQZ-VE
11 0.9 12 0.9 4 1.5
******************************
LOAD COMB 255 1.5DL+1.5WALL+1.5SQX+VE
11 1.5 12 1.5 1 1.5
LOAD COMB 256 1.5DL+1.5WALL+1.5SQX-VE
11 1.5 12 1.5 2 1.5
LOAD COMB 257 1.5DL+1.5WALL+1.5SQZ+VE
11 1.5 12 1.5 3 1.5
LOAD COMB 258 1.5DL+1.5WALL+1.5SQZ-VE
11 1.5 12 1.5 4 1.5
************************************************
LOAD COMB 259 1.2DL+1.2WALL+1.2LL+0.6SQX+VE
11 1.2 12 1.2 1 0.6
LOAD COMB 260 1.2DL+1.2WALL+1.2LL+0.6SQX-VE
11 1.2 12 1.2 2 0.6
LOAD COMB 261 1.2DL+1.2WALL+1.2LL+0.6SQZ+VE
11 1.2 12 1.2 3 0.6
LOAD COMB 262 1.2DL+1.2WALL+1.2LL+0.6SQZ-VE
11 1.2 12 1.2 4 0.6
***********************************
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LOAD COMB 263 1.2DL+1.2WALL+1.2LL+1.2SQX+VE
11 1.2 12 1.2 14 1.2 1 1.2
LOAD COMB 264 1.2DL+1.2WALL+1.2LL+1.2SQX-VE
11 1.2 12 1.2 14 1.2 2 1.2
LOAD COMB 265 1.2DL+1.2WALL+1.2LL+1.2SQZ+VE
11 1.2 12 1.2 14 1.2 3 1.2
LOAD COMB 266 1.2DL+1.2WALL+1.2LL+1.2SQZ-VE
11 1.2 12 1.2 14 1.2 4 1.2
***************************************************
*************************************************************************
*************************************************************************
LOAD COMB 301 0.9DL+0.9WALL+1.5WIND_0+VEINT
11 0.9 12 0.9 21 1.5
LOAD COMB 302 0.9D+0.9WALLL+1.5WIND_180+VEINT
11 0.9 12 0.9 22 1.5
LOAD COMB 303 0.9DL+0.9WALL+1.5WIND_0-VEINT
11 0.9 12 0.9 23 1.5
LOAD COMB 304 0.9DL+0.9WALL+1.5WIND_180-VEINT
11 0.9 12 0.9 24 1.5
***************************************
LOAD COMB 309 1.5DL+1.5WALL+1.5WIND_0+VEINT
11 1.5 12 1.5 21 1.5
LOAD COMB 310 1.5DL+1.5WALL+1.5WIND_180+VEINT
11 1.5 12 1.5 22 1.5
LOAD COMB 311 1.5DL+1.5WALL+1.5WIND_0-VEINT
11 1.5 12 1.5 23 1.5
LOAD COMB 312 1.5DL+1.5WALL+1.5WIND_180-VEINT
11 1.5 12 1.5 24 1.5
******************************************
LOAD COMB 317 1.2DL+1.2WALL+1.2LL+0.6WIND_0+VEINT
11 1.2 12 1.2 14 1.2 21 0.6
LOAD COMB 318 1.2DL+1.2WALL+1.2LL+0.6WIND_180+VEINT
11 1.2 12 1.2 14 1.2 22 0.6
LOAD COMB 319 1.2DL+1.2WALL+1.2LL+0.6WIND_0-VEINT
11 1.2 12 1.2 14 1.2 23 0.6
LOAD COMB 320 1.2DL+1.2WALL+1.2LL+0.6WIND_180-VEINT
11 1.2 12 1.2 14 1.2 24 0.6
***************************************
LOAD COMB 325 1.2DL+1.2WALL+1.2LL+1.2WIND_0+VEINT
11 1.2 12 1.2 14 1.2 21 1.2
LOAD COMB 326 1.2DL+1.2WALL+1.2LL+1.2WIND_180+VEINT
11 1.2 12 1.2 14 1.2 22 1.2
LOAD COMB 327 1.2DL+1.2WALL+1.2LL+1.2WIND_0-VEINT
11 1.2 12 1.2 14 1.2 23 1.2
LOAD COMB 328 1.2DL+1.2WALL+1.2LL+1.2WIND_180-VEINT
11 1.2 12 1.2 14 1.2 24 1.2
*********************************************************
*******************SPECIAL SEISMIC COMBINATION*************
***************************************************
*LOAD COMB 501 1.2DL+1.2WALL+0.5LL+2.5SQX+VE
*11 1.2 12 1.2 14 0.5 1 2.5
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*LOAD COMB 502 1.2DL+1.2WALL+0.5LL+2.5SQX-VE
*11 1.2 12 1.2 14 0.5 2 2.5
*LOAD COMB 503 1.2DL+1.2WALL+0.5LL+2.5SQZ+VE
*11 1.2 12 1.2 14 0.5 3 2.5
*LOAD COMB 504 1.2DL+1.2WALL+0.5LL+2.5SQZ-VE
*11 1.2 12 1.2 14 0.5 4 2.5
*********************************
*LOAD COMB 511 0.9DL+0.9WALL+2.5SQX+VE
*11 0.9 12 0.9 1 2.5
*LOAD COMB 512 0.9DL+0.9WALL+2.5SQX-VE
*11 0.9 12 0.9 2 2.5
*LOAD COMB 513 0.9DL+0.9WALL+2.5SQZ+VE
*11 0.9 12 0.9 3 2.5
*LOAD COMB 514 0.9DL+0.9WALL+2.5SQZ-VE
*11 0.9 12 0.9 4 2.5
****************************************************************
******************FOR SERVICEABILITY*****************************
*****************************************************************
LOAD COMB 1000 1.0DL+1.0WALL+1.0LL
11 1.0 12 1.0 14 1.0
*****************************
***************************************************
LOAD COMB 1051 1.0DL+1.0WALL+1.0RQX+VE
11 1.0 12 1.0 8 1.0
LOAD COMB 1052 1.0DL+1.0WALL+1.0RQX-VE
11 1.0 12 1.0 8 -1.0
LOAD COMB 1053 1.0DL+1.0WALL+1.0RQZ+VE
11 1.0 12 1.0 9 1.0
LOAD COMB 1054 1.0DL+1.0WALL+1.0RQZ-VE
11 1.0 12 1.0 9 -1.0
***********************************
LOAD COMB 1055 1.0DL+0.8WALL+0.8LL+0.8RQX+VE
11 1.0 12 0.8 14 0.8 8 0.8
LOAD COMB 1056 1.0DL+0.8WALL+0.8LL+0.8RQX-VE
11 1.0 12 0.8 14 0.8 8 -0.8
LOAD COMB 1057 1.0DL+0.8WALL+0.8LL+0.8RQZ+VE
11 1.0 12 0.8 14 0.8 9 0.8
LOAD COMB 1058 1.0DL+0.8WALL+0.8LL+0.8RQZ-VE
11 1.0 12 0.8 14 0.8 9 -0.8
****************************************
LOAD COMB 2001 1.0DL+1.0WALL+WIND_0+VEINT
11 1.0 12 1.0 21 1.0
LOAD COMB 2002 1.0DL+1.0WALL+1.0WIND_180+VEINT
11 1.0 12 1.0 22 1.0
LOAD COMB 2003 1.0DL+1.0WALL+1.0WIND_0-VEINT
11 1.0 12 1.0 23 1.0
LOAD COMB 2004 1.0DL+1.0WALL+1.0WIND_180-VEINT
11 1.0 12 1.0 24 1.0
*******************************************
LOAD COMB 2009 1.0DL+0.8WALL+0.8LL+0.8WIND_0+VEINT
11 1.0 12 0.8 14 0.8 21 0.8
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LOAD COMB 2010 1.0DL+0.8WALL+0.8LL+0.8WIND_180+VEINT
11 1.0 12 0.8 14 0.8 1
LOAD COMB 2011 1.0DL+0.8WALL+0.8LL+0.8WIND_0-VEINT
11 1.0 12 0.8 14 0.8 23 0.8
LOAD COMB 2012 1.0DL+0.8WALL+0.8LL+0.8WIND_180-VEINT
11 1.0 12 0.8 14 0.8 24 0.8
****************************************************************
******************FOR FOUNDATION*****************************
*****************************************************************
LOAD COMB 5000 1.0DL+1.0WALL+1.0LL
11 1.0 12 1.0 14 1.0
*****************************
***************************************************
LOAD COMB 5051 1.0DL+1.0WALL+1.0EQX+VE
11 1.0 12 1.0 1 1.0
LOAD COMB 5052 1.0DL+1.0WALL+1.0EQX-VE
11 1.0 12 1.0 2 1.0
LOAD COMB 5053 1.0DL+1.0WALL+1.0EQZ+VE
11 1.0 12 1.0 3 1.0
LOAD COMB 5054 1.0DL+1.0WALL+1.0EQZ-VE
11 1.0 12 1.0 4 1.0
***********************************
LOAD COMB 5061 1.0DL+1.0WALL+1.0LL+1.0EQX+VE
11 1.0 12 1.0 14 1.0 1 1.0
LOAD COMB 5062 1.0DL+1.0WALL+1.0LL+1.0EQX-VE
11 1.0 12 1.0 14 1.0 2 1.0
LOAD COMB 5063 1.0DL+1.0WALL+1.0LL+1.0EQZ+VE
11 1.0 12 1.0 14 1.0 3 1.0
LOAD COMB 5064 1.0DL+1.0WALL+1.0LL+1.0EQZ-VE
11 1.0 12 1.0 14 1.0 4 1.0
****************************************
LOAD COMB 6001 1.0DL+1.0WALL+WIND_0
11 1.0 12 1.0 21 1.0
LOAD COMB 6002 1.0DL+1.0WALL+1.0WIND_180
11 1.0 12 1.0 22 1.0
LOAD COMB 6003 1.0DL+1.0WALL+1.0WIND_90
11 1.0 12 1.0 23 1.0
LOAD COMB 6004 1.0DL+1.0WALL+1.0WIND_270
11 1.0 12 1.0 24 1.0
*******************************************
LOAD COMB 6009 1.0DL+1.0WALL+1.0LL+1.0WIND_0
11 1.0 12 1.0 14 1.0 21 1.0
LOAD COMB 6010 1.0DL+1.0WALL+1.0LL+1.0WIND_180
11 1.0 12 1.0 14 1.0 1
LOAD COMB 6011 1.0DL+1.0WALL+1.0LL+1.0WIND_90
11 1.0 12 1.0 14 1.0 23 1.0
LOAD COMB 6012 1.0DL+1.0WALL+1.0LL+1.0WIND_270
11 1.0 12 1.0 14 1.0 24 1.0
PERFORM ANALYSIS
DEFINE ENVELOPE
100 TO 172 251 TO 266 301 TO 304 309 TO 312 317 TO 320 325 TO 327 -
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328 ENVELOPE 1 TYPE STRENGTH
1000 1051 TO 1058 2001 TO 2004 2009 TO 2012 ENVELOPE 2 TYPE SERVICEABILITY
END DEFINE ENVELOPE
LOAD LIST ENV 1
PARAMETER 1
CODE IS800 LSD
FYLD 345000 MEMB 284 TO 286 291 TO 296 301 TO 303 312 TO 316 318 320 TO 330 -
332 334 TO 363 365 TO 396 421 TO 447 449 451 461 463 465 467 469 471 473 -
475 477 479 481 483 485 487 489 491 493 495 497 499 TO 519 521 523 525 527 -
529 531 533 535 537 539 541 543 545 547 549 551 553 555 557 559 561 -
563 TO 708 710 712 714 TO 726 729 TO 734 737 TO 774 776 778 780 782 788 790 -
794 796 800 802 810 812 TO 820 822 824 826 828 830 832 TO 1017 1628 TO 1633 -
1636 1637 1642 1643 1646 TO 1661 1718
FU 490000 MEMB 284 TO 286 291 TO 296 301 TO 303 312 TO 316 318 320 TO 330 -
332 334 TO 363 365 TO 396 421 TO 447 449 451 461 463 465 467 469 471 473 -
475 477 479 481 483 485 487 489 491 493 495 497 499 TO 519 521 523 525 527 -
529 531 533 535 537 539 541 543 545 547 549 551 553 555 557 559 561 -
563 TO 708 710 712 714 TO 726 729 TO 734 737 TO 774 776 778 780 782 788 790 -
794 796 800 802 810 812 TO 820 822 824 826 828 830 832 TO 1017 1628 TO 1633 -
1636 1637 1642 1643 1646 TO 1661 1718
STP 2 MEMB 284 TO 286 291 TO 296 301 TO 303 312 TO 316 318 320 TO 330 332 -
334 TO 363 365 TO 396 421 TO 447 449 451 461 463 465 467 469 471 473 475 -
477 479 481 483 485 487 489 491 493 495 497 499 TO 519 521 523 525 527 529 -
531 533 535 537 539 541 543 545 547 549 551 553 555 557 559 561 563 TO 708 -
710 712 714 TO 726 729 TO 734 737 TO 774 776 778 780 782 788 790 794 796 -
800 802 810 812 TO 820 822 824 826 828 830 832 TO 1017 1628 TO 1633 1636 -
1637 1642 1643 1646 TO 1661 1718
LX 4 MEMB 284 TO 286 291 TO 296 301 TO 303
LY 4.8 MEMB 284 TO 286 291 TO 296 301 TO 303
LZ 4.8 MEMB 284 TO 286 291 TO 296 301 TO 303
LZ 8.9 MEMB 320 321 329 330 334 335 343 344 832 TO 855 1646 TO 1661
LX 4.45 MEMB 320 321 329 330 334 335 343 344 832 TO 855 1646 TO 1661
LY 4.45 MEMB 320 321 329 330 334 335 343 344 832 TO 855 1646 TO 1661
FYLD 240000 MEMB 287 TO 290 297 TO 300 304 TO 311
FU 420000 MEMB 287 TO 290 297 TO 300 304 TO 311
LX 0.6 MEMB 315 316 345 346 449 451 461 463 465 467 469 471 473 475 477 479 -
481 483 485 487 489 491 493 495 497 499 501 503 505 507 509 511 513 515 517 -
519 521 523 525 527 529 531 533 535 537 539 541 543 545 547 549 551 553 555 -
557 559 561 563 814 TO 820 822 824 826 828 830 856 TO 1017
LY 0.6 MEMB 315 316 345 346 449 451 461 463 465 467 469 471 473 475 477 479 -
481 483 485 487 489 491 493 495 497 499 501 503 505 507 509 511 513 515 517 -
519 521 523 525 527 529 531 533 535 537 539 541 543 545 547 549 551 553 555 -
557 559 561 563 814 TO 820 822 824 826 828 830 856 TO 1017
LY 1.4 MEMB 318 326 TO 328 332 347 348 357 358 421 TO 447 500 502 504 506 -
508 510 512 514 516 518 1628 TO 1633 1636 1637 1642 1643
LX 1.4 MEMB 318 326 TO 328 332 347 348 357 358 421 TO 447 500 502 504 506 -
508 510 512 514 516 518 1628 TO 1633 1636 1637 1642 1643
CHECK CODE MEMB 284 TO 316 318 320 TO 330 332 334 TO 363 365 TO 396 -
421 TO 447 449 451 461 463 465 467 469 471 473 475 477 479 481 483 485 487 -
489 491 493 495 497 499 TO 519 521 523 525 527 529 531 533 535 537 539 541 -
543 545 547 549 551 553 555 557 559 561 563 TO 708 710 712 714 TO 726 729 -
39 | P a g e
730 TO 734 737 TO 774 776 778 780 782 788 790 794 796 800 802 810 812 TO 820 -
822 824 826 828 830 832 TO 1017 1609 TO 1620 1623 1625 TO 1633 1636 1637 -
1642 1643 1646 TO 1661 1718
PARAMETER 2
CODE IS800 LSD
STEEL MEMBER TAKE OFF LIST 284 TO 316 318 320 TO 330 332 334 TO 363 -
365 TO 396 421 TO 447 449 451 461 463 465 467 469 471 473 475 477 479 481 -
483 485 487 489 491 493 495 497 499 TO 519 521 523 525 527 529 531 533 535 -
537 539 541 543 545 547 549 551 553 555 557 559 561 563 TO 708 710 712 714 -
715 TO 726 729 TO 734 737 TO 774 776 778 780 782 788 790 794 796 800 802 810 -
812 TO 820 822 824 826 828 830 832 TO 1017 1609 TO 1620 1623 1625 TO 1633 -
1636 1637 1642 1643 1646 TO 1661 1718
PARAMETER 3
CODE IS800 LSD
PARAMETER 4
CODE IS800 LSD
FINISH

4.5.STAAD INTERACTION RATIOS FOR MS FRAME

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