ADP 15 007 2A.pdf

KING SALMAN UNIVERSITY

SF ROOF COVER, AREA-2 WADI AL DAWASIR

(JOB NO. SRS 15 007 2A)

1. General description 1.1. Space Frame Geometry Figure-1 shows the Space Frame Geometry. 1.2. Supports The support nodes and the restraints are as follows:

NODES RESTRAINTS 1 Z 5 X Z 55 Z 59 X Z 74 X Y Z 78 Y Z 128 X Z 132 Z

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2. Loadings 2.1. Primary Loadings 2.1.1. Dead Loads Space Frame = 15 Kg/m2

Purlin = 5 Kg/m2

Roofing System = 25 Kg/m2

Services Loads = 10 Kg/m2

______________ TOTAL 55 Kg/m2

______________

2.1.2. Roof Live Loads Live Load = 60 Kg/m2

2.2 Secondary Loading 2.2.1 Wind Loading As per ANSI / ASCE 7-98, page 30, clause 6.5.10 the velocity pressure is given by qz = 0.613 Kz Kzt Kd V2 I N/m2

Where Kz at 8.0 m height above G.L & for exposure “C” = 0.95 (Table 6-5)

The topographic factor:

Kzt = 1

Wind directionality factor Kd = 0.85 (Table 6-6)

The Importance factor from Table 6-1, for category III

I = 1.15

Design Wind Speed: V = 45.82 m/s (i.e.,165 km/hr) for riyadh region

The Velocity pressure q z = 0.613 * 0.95 *1 *0.85 * (45.82)2 *1.15 qz = 1195.11 N/m2

Wind Load = 119.5 Kg/m2

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3. Load Cases 3.1. Load Case 1 (LC1) : Vertical Loads

Dead Load = 55 kg/m2

Live Load = 60 kg/m2 __________________________ Total Load = 115 kg/m2

__________________________

Total Vertical load is applied on top nodes. The nodal forces are calculated as the product of the unit loads and the nodal tributary area. 3.2. Load Case 2 (LC2) : Temperature Loading

A temperature difference of ±30ºC is considered in the analysis.

3.4. Consideration of Wind Loading : Wind Load = 119.5 Kg/m2

Design wind pressure is given as Pw = 119.5Cp Where Cp is the wind pressure coefficient. Since the roof is surrounded on the orthogonal sides with concrete and thus protected from direct wind impact the only significant wind effect will be the wind uplift. The uplift wind coefficient. Cp = -0.9 Has been adopted from the Figure 6-3, page 42 of ANSI / ASCE 7-98, Uplift = -0.9 * 119.5 = -107 kg/m2

Since the uplift is a vertical loading, the best way to consider it the analysis is a factor on the vertical loading LC1. Therefore Wind + Dead load Coefficient to multiply LC1 to achieve uplift 0.6D + W = 0.6 x 55 - 107 = -0.64 D + L 115

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Wind + Dead load + Live load Coefficient to multiply LC1 to achieve uplift D + W + L = 0.10(MIN) D + L

4. Load Combination According to requirements of ANSI / ASCE 7-98, 6 load combination have been selected as the most unfavorable ones. The addition to the three primary load cases of dead load only. The combinations are based on 5 principal load combinations as

1. D 2. D + L 3. D + L ± T 4. 0.6 D + W 5. D + L + W

Where D Dead Load L Live Load W Wind Load T Temperature The resulting load cases are therefore enumerated as :

Load Combinations Comb. No. LC1 LC2

Description

1 0.48 D 2 1.00 D + L 3 1.00 1.00 D + L + T 4 1.00 -1.00 D + L – T 5 -0.64 0.6 D + W 6 0.10 D + L + W

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5. Results of analysis The following pages give the results of the analysis. Results include member axial forces, nodal displacements, support reactions and a list of member types. Space frame members have been designed in accordance with American Institute of Steel Construction manual using allowable stress design (9th Edition). Members have been designed to satisfy the various capacities simultaneously such as tension capacity, compression capacity, bolt tension capacity, nut compression capacity, pipe-cone weld capacity against primary, i.e. gravity (H) loading and secondary, i.e. wind & earthquake (Hs) loading. Allowable tension of pipes have been determined as per Chapter D of ASD-AISC manual. Allowable compression of pipes have been determined as per Chapter E, (E2-1, E2-2) of the same manual.

Slenderness ratio of compression members has been restricted to L/R < 200 .

Slenderness ratio of tension member has been limited to L/R < 300.

Pipe-Cone weld capacity has been determined as per AWS specification using E70T-X/70XX Electrode.

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ENGINEERING SERVICES DIVISION OF RAFID SPACE FRAME INDUSTRIES SPACE FRAME ANALYSIS & DESIGN PROJECT:KING SALMAN UNIVERSITY,AREA-2,WADI AL DAWASIR,SRS 15 007 2A NUMBER OF NODES.............. 132 NUMBER OF MEMBERS............ 434 NUMBER OF SPRINGS............ 0 NUMBER OF LOAD CASES......... 2 MODULUS OF ELASTICITY........ .210E+09kN/m2 TEMPERATURE COEFFICIENT...... .12E-04 TEMPERATURE DIFFERENCE.......30.0 NODE RESTRAINTS COORDINATES (m) NUM IXD IYD IZD X Y Z 1 0 0 1 .000 31.842 .000 2 0 0 0 1.795 31.708 .000 3 0 0 0 3.590 31.575 .000 4 0 0 0 5.202 31.455 .000 5 1 0 1 6.815 31.336 .000 6 0 0 0 .831 30.819 -1.200 7 0 0 0 2.626 30.694 -1.200 8 0 0 0 4.284 30.578 -1.200 9 0 0 0 5.897 30.466 -1.200 10 0 0 0 -.134 29.922 .000 11 0 0 0 1.662 29.805 .000 12 0 0 0 3.456 29.688 .000 13 0 0 0 5.070 29.582 .000 14 0 0 0 6.683 29.477 .000 15 0 0 0 .712 28.907 -1.200 16 0 0 0 2.502 28.798 -1.200 17 0 0 0 4.161 28.697 -1.200 18 0 0 0 5.774 28.599 -1.200 19 0 0 0 -.251 28.002 .000 20 0 0 0 1.546 27.900 .000 21 0 0 0 3.341 27.799 .000 22 0 0 0 4.955 27.708 .000 23 0 0 0 6.569 27.618 .000 24 0 0 0 .598 26.999 -1.200 25 0 0 0 2.395 26.901 -1.200 26 0 0 0 4.055 26.815 -1.200 27 0 0 0 5.669 26.731 -1.200 28 0 0 0 -.368 26.081 .000 29 0 0 0 1.448 25.995 .000 30 0 0 0 3.244 25.910 .000 31 0 0 0 4.858 25.833 .000 32 0 0 0 6.455 25.758 .000 33 0 0 0 .503 25.080 -1.200 34 0 0 0 2.306 25.003 -1.200 35 0 0 0 3.966 24.932 -1.200 36 0 0 0 5.581 24.863 -1.200 37 0 0 0 -.433 24.157 .000 38 0 0 0 1.366 24.088 .000 39 0 0 0 3.165 24.019 .000 40 0 0 0 4.780 23.957 .000 41 0 0 0 6.395 23.895 .000 42 0 0 0 .434 23.165 -1.200 43 0 0 0 2.234 23.104 -1.200 44 0 0 0 3.896 23.048 -1.200 45 0 0 0 5.511 22.993 -1.200 46 0 0 0 -.498 22.234 .000 47 0 0 0 1.301 22.181 .000 48 0 0 0 3.104 22.128 .000 49 0 0 0 4.720 22.081 .000 50 0 0 0 6.335 22.033 .000 51 0 0 0 .378 21.250 -1.200 52 0 0 0 2.180 21.205 -1.200 53 0 0 0 3.842 21.164 -1.200 54 0 0 0 5.458 21.123 -1.200 55 0 0 1 -.546 20.311 .000 56 0 0 0 1.254 20.274 .000 57 0 0 0 3.062 20.238 .000 58 0 0 0 4.715 20.204 .000 59 1 0 1 6.293 20.171 .000

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60 0 0 0 .337 19.199 -1.200 61 0 0 0 2.144 19.172 -1.200 62 0 0 0 -.579 18.116 .000 63 0 0 0 1.220 18.097 .000 64 0 0 0 3.042 18.079 .000 65 0 0 0 .089 17.014 -1.200 66 0 0 0 .307 15.921 .000 67 0 0 0 -.591 15.921 .000 68 0 0 0 .089 14.828 -1.200 69 0 0 0 3.042 13.763 .000 70 0 0 0 1.220 13.744 .000 71 0 0 0 -.579 13.726 .000 72 0 0 0 2.144 12.670 -1.200 73 0 0 0 .337 12.642 -1.200 74 1 1 1 6.293 11.671 .000 75 0 0 0 4.715 11.637 .000 76 0 0 0 3.062 11.604 .000 77 0 0 0 1.254 11.568 .000 78 0 1 1 -.546 11.531 .000 79 0 0 0 5.458 10.718 -1.200 80 0 0 0 3.842 10.678 -1.200 81 0 0 0 2.180 10.636 -1.200 82 0 0 0 .378 10.592 -1.200 83 0 0 0 6.335 9.808 .000 84 0 0 0 4.720 9.761 .000 85 0 0 0 3.104 9.713 .000 86 0 0 0 1.301 9.660 .000 87 0 0 0 -.498 9.608 .000 88 0 0 0 5.511 8.848 -1.200 89 0 0 0 3.896 8.794 -1.200 90 0 0 0 2.234 8.737 -1.200 91 0 0 0 .434 8.676 -1.200 92 0 0 0 6.395 7.946 .000 93 0 0 0 4.780 7.884 .000 94 0 0 0 3.165 7.822 .000 95 0 0 0 1.366 7.753 .000 96 0 0 0 -.433 7.684 .000 97 0 0 0 5.581 6.979 -1.200 98 0 0 0 3.966 6.910 -1.200 99 0 0 0 2.306 6.839 -1.200 100 0 0 0 .503 6.762 -1.200 101 0 0 0 6.455 6.084 .000 102 0 0 0 4.858 6.008 .000 103 0 0 0 3.244 5.932 .000 104 0 0 0 1.448 5.847 .000 105 0 0 0 -.368 5.761 .000 106 0 0 0 5.669 5.110 -1.200 107 0 0 0 4.055 5.027 -1.200 108 0 0 0 2.395 4.941 -1.200 109 0 0 0 .598 4.843 -1.200 110 0 0 0 6.569 4.224 .000 111 0 0 0 4.955 4.133 .000 112 0 0 0 3.341 4.043 .000 113 0 0 0 1.546 3.941 .000 114 0 0 0 -.251 3.840 .000 115 0 0 0 5.774 3.243 -1.200 116 0 0 0 4.161 3.145 -1.200 117 0 0 0 2.502 3.044 -1.200 118 0 0 0 .712 2.935 -1.200 119 0 0 0 6.683 2.365 .000 120 0 0 0 5.070 2.259 .000 121 0 0 0 3.456 2.154 .000 122 0 0 0 1.662 2.037 .000 123 0 0 0 -.134 1.920 .000 124 0 0 0 5.897 1.376 -1.200 125 0 0 0 4.284 1.263 -1.200 126 0 0 0 2.626 1.148 -1.200 127 0 0 0 .831 1.022 -1.200 128 1 0 1 6.815 .506 .000 129 0 0 0 5.202 .387 .000 130 0 0 0 3.590 .267 .000 131 0 0 0 1.795 .133 .000 132 0 0 1 .000 .000 .000

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� LOAD JOINT JOINT LOAD CASE NO X-DIR(kN) Y-DIR(kN) Z-DIR(kN) 1 1 .000 .000 -.997 1 2 .000 .000 -1.977 1 3 .000 .000 -1.770 1 4 .000 .000 -1.755 1 5 .000 .000 -.870 1 10 .000 .000 -1.994 1 11 .000 .000 -3.949 1 12 .000 .000 -3.539 1 13 .000 .000 -3.510 1 14 .000 .000 -1.741 1 19 .000 .000 -1.994 1 20 .000 .000 -3.948 1 21 .000 .000 -3.539 1 22 .000 .000 -3.510 1 23 .000 .000 -1.741 1 28 .000 .000 -2.012 1 29 .000 .000 -3.949 1 30 .000 .000 -3.539 1 31 .000 .000 -3.474 1 32 .000 .000 -1.723 1 37 .000 .000 -1.994 1 38 .000 .000 -3.953 1 39 .000 .000 -3.539 1 40 .000 .000 -3.510 1 41 .000 .000 -1.741 1 46 .000 .000 -1.994 1 47 .000 .000 -3.953 1 48 .000 .000 -3.539 1 49 .000 .000 -3.510 1 50 .000 .000 -1.740 1 55 .000 .000 -2.294 1 56 .000 .000 -4.546 1 57 .000 .000 -4.181 1 58 .000 .000 -1.716 1 59 .000 .000 -.851 1 62 .000 .000 -2.294 1 63 .000 .000 -4.977 1 64 .000 .000 -1.139 1 66 .000 .000 -1.526 1 67 .000 .000 -1.375 1 69 .000 .000 -1.139 1 70 .000 .000 -4.977 1 71 .000 .000 -2.294 1 74 .000 .000 -.851 1 75 .000 .000 -1.716 1 76 .000 .000 -4.181 1 77 .000 .000 -4.546 1 78 .000 .000 -2.294 1 83 .000 .000 -1.740 1 84 .000 .000 -3.510 1 85 .000 .000 -3.539 1 86 .000 .000 -3.953 1 87 .000 .000 -1.994 1 92 .000 .000 -1.741 1 93 .000 .000 -3.510 1 94 .000 .000 -3.539 1 95 .000 .000 -3.953 1 96 .000 .000 -1.994 1 101 .000 .000 -1.723 1 102 .000 .000 -3.474 1 103 .000 .000 -3.539 1 104 .000 .000 -3.949 1 105 .000 .000 -2.012 1 110 .000 .000 -1.741 1 111 .000 .000 -3.510 1 112 .000 .000 -3.539 1 113 .000 .000 -3.948 1 114 .000 .000 -1.994 1 119 .000 .000 -1.741 1 120 .000 .000 -3.510 1 121 .000 .000 -3.539

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1 122 .000 .000 -3.949 1 123 .000 .000 -1.994 1 128 .000 .000 -.870 1 129 .000 .000 -1.755 1 130 .000 .000 -1.770 1 131 .000 .000 -1.977 1 132 .000 .000 -.997 2 TEMPERATURE LOADING CASE FOR T = 30.00 SUMMATION OF FORCES FOR EACH LOAD CASE LOAD CASE: 1 X= .000 Y= .000 Z= -208.905 LOAD CASE: 2 X= 000.000 Y= 000.000 Z= 000.000 NUMBER OF COMBINED LOAD CASES : 6 WIND LOAD STARTED AT COMBINATION NUMBER : 5 LOAD CASEES 1 2 COMBINATION NO: 1 .48 .00 COMBINATION NO: 2 1.00 .00 COMBINATION NO: 3 1.00 1.00 COMBINATION NO: 4 1.00-1.00 COMBINATION NO: 5 -.64 1.00 COMBINATION NO: 6 .10 1.00

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� MAXIMUM AND MINIMUM DEFLECTIONS COMBINATION NO. 1- MIN & MAX DEFLECTIONS (cms) ************************************************** JOINT NO X-DIR Y-DIR Z-DIR MINIMUM 68 -.10867 54 -.05501 101 -.58902 --------------------------------------------------- MAXIMUM 124 .10799 79 .16756 67 .07104 COMBINATION NO. 2- MIN & MAX DEFLECTIONS (cms) ************************************************** JOINT NO X-DIR Y-DIR Z-DIR MINIMUM 68 -.22640 54 -.11460 101 -1.22713 --------------------------------------------------- MAXIMUM 124 .22497 79 .34909 67 .14801 COMBINATION NO. 3- MIN & MAX DEFLECTIONS (cms) ************************************************** JOINT NO X-DIR Y-DIR Z-DIR MINIMUM 68 -.44670 127 -.43932 101 -1.22532 --------------------------------------------------- MAXIMUM 124 .19407 6 .95996 67 .15209 COMBINATION NO. 4- MIN & MAX DEFLECTIONS (cms) ************************************************** JOINT NO X-DIR Y-DIR Z-DIR MINIMUM 68 -.00611 1 -.81631 101 -1.22894 --------------------------------------------------- MAXIMUM 55 .46476 128 .70971 67 .14393 COMBINATION NO. 5- MIN & MAX DEFLECTIONS (cms) ************************************************** JOINT NO X-DIR Y-DIR Z-DIR MINIMUM 55 -.38627 128 -.60002 67 -.09064 --------------------------------------------------- MAXIMUM 1 .78580 101 .78718 COMBINATION NO. 6- MIN & MAX DEFLECTIONS (cms) ************************************************** JOINT NO X-DIR Y-DIR Z-DIR MINIMUM 68 -.24294 131 -.39360 36 -.16087 ---------------------------------------------------

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MAXIMUM 92 .01029 2 .73200 67 .01888 OVERALLL MAX & MIN DEFLECTIONS(cms) NODE COMB MIN DISP X 68 3 -.447 Y 1 4 -.816 Z 101 4 -1.229 NODE COMB MAX DISP X 55 4 .465 Y 6 3 .960 Z 101 5 .787

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� MEMBER TYPE FROM TO LENGTH H-LOADING(kN) HS-LOADING(kN) NO I J TENSION COMPRES. TENSION COMPRES. 1 6 65 61 2.980 2.288 .000 .273 1.383 2 6 68 72 2.980 1.614 .000 .152 1.036 3 3 66 68 1.638 .000 .662 .436 .030 4 3 68 67 1.760 .000 1.682 .980 .221 5 3 72 76 1.849 8.227 .000 .824 5.263 6 3 69 72 1.855 .000 1.761 1.127 .176 7 3 72 70 1.857 .000 2.716 1.728 .277 8 3 77 72 1.856 .000 3.793 2.429 .373 9 3 73 77 1.853 .000 .854 .503 .109 10 3 70 73 1.853 .000 5.900 3.783 .570 11 3 68 70 1.973 .971 .000 .084 .626 12 3 71 68 1.761 1.479 .000 .178 .891 13 3 73 71 1.859 .000 5.114 3.214 .544 14 3 78 73 1.858 11.851 .000 1.225 7.513 15 8 82 78 1.782 40.484 .000 3.983 25.931 16 4 87 82 1.782 .000 14.158 9.076 1.370 17 3 91 87 1.782 11.199 .000 1.074 7.183 18 3 96 91 1.782 .000 6.713 4.309 .633 19 3 100 96 1.779 3.746 .000 .336 2.410 20 3 105 100 1.789 .000 3.337 2.147 .297 21 8 79 74 1.745 37.423 .000 3.785 23.872 22 4 83 79 1.743 .000 10.383 6.534 1.099 23 3 88 83 1.744 7.861 .000 .847 4.920 24 3 92 88 1.742 .000 3.419 2.091 .395 25 3 97 92 1.743 .892 .000 .143 .473 26 3 93 97 1.703 .000 .365 .145 .085 27 3 88 93 1.704 .000 3.601 2.324 .301 28 3 84 88 1.703 .000 .844 .438 .140 29 4 79 84 1.703 .000 10.933 7.022 1.017 30 4 75 79 1.684 .000 15.407 9.780 1.585 31 3 80 75 1.767 13.636 .000 1.410 8.643 32 3 84 80 1.747 1.606 .000 .109 1.045 33 3 89 84 1.748 5.318 .000 .568 3.339 34 3 93 89 1.746 .000 3.820 2.362 .427 35 3 98 93 1.747 2.666 .000 .312 1.624 36 3 94 98 1.707 1.693 .000 .112 1.102 37 3 89 94 1.709 .000 3.995 2.577 .340 38 3 85 89 1.706 2.509 .000 .203 1.622 39 3 80 85 1.708 .000 5.971 3.837 .551 40 3 76 80 1.705 .000 8.755 5.528 .917 41 3 81 76 1.776 .000 5.062 3.256 .455 42 3 85 81 1.774 .000 7.118 4.475 .756 43 3 90 85 1.775 5.489 .000 .595 3.430 44 3 94 90 1.773 .000 6.885 4.316 .738 45 3 99 94 1.773 4.040 .000 .452 2.498 46 3 95 99 1.777 .875 .000 .028 .580 47 3 90 95 1.778 .000 2.607 1.687 .203 48 3 86 90 1.778 4.003 .000 .348 2.579 49 3 81 86 1.779 2.792 .000 .318 1.717 50 3 77 81 1.779 9.407 .000 .896 6.035 51 4 82 77 1.778 .000 11.732 7.530 1.107 52 4 86 82 1.778 .000 14.619 9.285 1.501 53 3 91 86 1.778 2.066 .000 .250 1.243 54 3 95 91 1.778 .000 6.526 4.108 .690 55 3 100 95 1.780 2.407 .000 .280 1.469 56 3 104 100 1.781 .000 2.831 1.744 .320 57 3 109 104 1.781 .435 .000 .080 .212 58 3 113 109 1.775 .000 .872 .489 .125 59 4 124 128 1.743 28.973 .000 2.840 18.562 60 3 119 124 1.742 .000 9.008 5.782 .849 61 3 115 119 1.743 6.482 .000 .596 4.165 62 3 110 115 1.742 .000 4.136 2.665 .359 63 3 106 110 1.742 1.609 .000 .106 1.048 64 3 101 106 1.734 .000 1.837 1.195 .124 65 3 97 101 1.733 .000 .760 .398 .124 66 3 102 97 1.705 .241 .000 .068 .074 67 3 106 102 1.704 .000 1.037 .581 .149 68 3 111 106 1.704 1.260 .000 .168 .730 69 3 115 111 1.704 .000 3.347 2.065 .377 70 3 120 115 1.704 1.051 .000 .145 .600 71 4 124 120 1.704 .000 9.525 6.008 1.001 72 4 129 124 1.703 .000 10.086 6.476 .944

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73 3 125 129 1.746 7.787 .000 .713 5.005 74 3 120 125 1.746 .000 1.650 1.080 .092 75 3 116 120 1.747 5.210 .000 .458 3.355 76 3 111 116 1.745 .000 3.145 2.034 .251 77 3 107 111 1.746 .177 .000 .000 .134 78 3 102 107 1.746 .000 .876 .581 .025 79 3 98 102 1.746 .000 3.476 2.135 .397 80 3 103 98 1.708 .000 .910 .603 .029 81 3 107 103 1.708 .000 .973 .529 .148 82 3 112 107 1.708 1.659 .000 .218 .967 83 3 116 112 1.708 .000 4.731 2.933 .525 84 3 121 116 1.709 2.712 .000 .322 1.642 85 3 125 121 1.709 .000 5.287 3.292 .579 86 3 130 125 1.707 .000 .828 .547 .029 87 3 126 130 1.774 .000 1.858 1.106 .232 88 3 121 126 1.772 .000 2.779 1.799 .214 89 3 117 121 1.773 .225 .000 .000 .166 90 3 112 117 1.773 .000 2.142 1.391 .151 91 3 108 112 1.772 .100 .014 .000 .085 92 3 103 108 1.773 .484 .000 .099 .218 93 3 99 103 1.773 .000 3.876 2.388 .438 94 3 104 99 1.778 .000 1.044 .689 .042 95 3 108 104 1.777 .000 2.527 1.525 .303 96 3 113 108 1.778 2.057 .000 .257 1.222 97 3 117 113 1.777 .000 4.589 2.844 .510 98 3 122 117 1.778 6.516 .000 .705 4.073 99 3 126 122 1.778 .000 3.398 2.091 .386 100 3 131 126 1.778 7.933 .000 .833 5.005 101 4 127 131 1.778 .000 10.860 6.878 1.126 102 4 122 127 1.778 .000 8.888 5.701 .850 103 3 118 122 1.775 .000 .151 .026 .054 104 3 113 118 1.774 .000 2.521 1.628 .206 105 3 118 114 1.785 .000 3.136 1.951 .345 106 3 123 118 1.785 5.740 .000 .606 3.615 107 3 127 123 1.783 .000 8.694 5.506 .902 108 4 132 127 1.782 28.414 .000 2.882 18.112 109 4 109 118 1.911 24.956 .000 2.489 15.974 110 3 114 109 1.780 .170 .000 .048 .052 111 3 105 109 1.793 .338 .000 .000 .228 112 3 81 72 2.034 .000 4.032 2.557 .416 113 3 90 81 1.900 .668 .000 .058 .430 114 3 99 90 1.899 10.703 .000 1.065 6.852 115 4 108 99 1.900 15.839 .000 1.577 10.139 116 3 117 108 1.900 13.644 .000 1.357 8.735 117 3 126 117 1.900 6.546 .000 .647 4.192 118 3 116 125 1.886 7.462 .000 .735 4.779 119 4 107 116 1.885 15.950 .000 1.586 10.211 120 4 98 107 1.885 17.847 .000 1.777 11.424 121 3 89 98 1.885 13.216 .000 1.319 8.459 122 3 80 89 1.885 4.809 .000 .484 3.072 123 4 88 79 1.871 22.919 .000 2.288 14.670 124 6 97 88 1.870 30.400 .000 3.041 19.455 125 6 106 97 1.871 30.952 .000 3.099 19.801 126 4 115 106 1.870 27.950 .000 2.801 17.876 127 3 72 73 1.807 5.225 .000 .529 3.332 128 4 81 82 1.803 26.715 .000 2.653 17.104 129 8 80 81 1.663 39.033 .000 3.887 24.987 130 4 79 80 1.616 24.852 .000 2.464 15.912 131 3 90 91 1.801 4.475 .000 .440 2.866 132 3 89 90 1.663 5.832 .000 .581 3.733 133 3 88 89 1.616 4.361 .000 .443 2.778 134 3 99 100 1.805 .119 .000 .010 .077 135 3 98 99 1.662 .000 .173 .111 .016 136 3 97 98 1.616 .421 .000 .047 .260 137 3 108 109 1.800 .193 .000 .020 .122 138 3 107 108 1.662 .000 .427 .274 .040 139 3 106 107 1.616 .076 .000 .011 .043 140 3 117 118 1.793 2.572 .000 .258 1.644 141 3 116 117 1.662 4.429 .000 .446 2.829 142 3 115 116 1.616 2.411 .000 .243 1.539 143 4 124 115 1.871 19.956 .000 2.003 12.758 144 3 125 124 1.617 18.613 .000 1.856 11.914 145 4 126 125 1.662 24.338 .000 2.435 15.573 146 4 127 126 1.799 19.780 .000 1.986 12.644 147 4 118 127 1.917 18.931 .000 1.894 12.115 148 4 100 109 1.921 24.215 .000 2.406 15.503 149 4 91 100 1.915 17.680 .000 1.743 11.323

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150 3 82 91 1.917 3.491 .000 .316 2.245 151 10 73 82 2.050 .000 27.557 17.586 2.783 152 6 68 73 2.200 .000 14.667 9.371 1.476 153 4 131 132 1.800 .000 14.354 9.150 1.456 154 3 120 129 1.877 1.325 .000 .133 .848 155 4 111 120 1.878 .000 8.075 5.173 .793 156 4 102 111 1.878 .000 12.294 7.877 1.202 157 4 93 102 1.878 .000 11.541 7.397 1.121 158 3 84 93 1.878 .000 6.314 4.050 .603 159 3 75 84 1.876 1.249 .000 .125 .800 160 10 92 83 1.863 .000 25.521 16.420 2.289 161 10 101 92 1.863 .000 27.708 17.796 2.577 162 10 110 101 1.863 .000 27.068 17.366 2.577 163 6 119 110 1.862 .000 23.985 15.373 2.328 164 4 128 119 1.864 .000 15.669 10.033 1.552 165 6 129 130 1.616 .000 24.481 15.480 2.552 166 4 128 129 1.617 .000 16.267 10.131 1.780 167 3 122 123 1.800 1.652 .000 .165 1.057 168 3 121 122 1.798 .000 4.420 2.817 .448 169 3 120 121 1.617 .000 4.539 2.891 .462 170 3 119 120 1.616 1.044 .000 .105 .668 171 3 113 114 1.800 1.506 .000 .151 .964 172 3 112 113 1.798 1.235 .000 .123 .791 173 3 111 112 1.617 1.652 .000 .165 1.057 174 3 110 111 1.617 1.246 .000 .124 .798 175 3 104 105 1.818 2.183 .000 .221 1.392 176 3 103 104 1.798 2.830 .000 .285 1.807 177 3 102 103 1.616 1.988 .000 .201 1.268 178 3 101 102 1.599 .407 .000 .045 .254 179 3 95 96 1.800 1.487 .000 .149 .952 180 3 94 95 1.800 .377 .000 .040 .237 181 3 93 94 1.616 .000 .013 .009 .001 182 3 92 93 1.616 1.245 .000 .125 .796 183 3 86 87 1.800 1.598 .000 .161 1.020 184 4 85 86 1.804 .000 8.147 5.217 .806 185 3 84 85 1.617 .000 7.515 4.813 .741 186 3 83 84 1.616 1.048 .000 .107 .666 187 4 74 83 1.863 .000 15.878 10.274 1.244 188 4 75 74 1.578 .000 16.855 10.839 1.527 189 10 76 75 1.653 .000 30.294 19.423 2.923 190 10 77 76 1.808 .000 35.542 22.766 3.497 191 8 78 77 1.800 .000 26.267 16.817 2.609 192 3 70 71 1.799 1.787 .000 .182 1.138 193 3 69 70 1.822 .862 .000 .086 .552 194 3 76 69 2.159 1.028 .000 .103 .658 195 3 85 76 1.891 13.343 .000 1.335 8.538 196 3 94 85 1.892 2.013 .000 .196 1.290 197 4 103 94 1.892 .000 6.871 4.390 .691 198 4 112 103 1.891 .000 9.110 5.828 .912 199 3 121 112 1.892 .000 4.509 2.886 .450 200 3 130 121 1.892 1.393 .000 .140 .891 201 6 131 130 1.800 .000 23.866 15.164 2.447 202 3 122 131 1.909 1.622 .000 .162 1.038 203 4 113 122 1.908 .000 8.351 5.317 .850 204 4 104 113 1.909 .000 12.750 8.106 1.304 205 4 95 104 1.908 .000 11.844 7.500 1.229 206 4 86 95 1.908 .000 5.286 3.284 .583 207 3 77 86 1.909 4.425 .000 .378 2.853 208 4 70 77 2.176 5.794 .000 .540 3.721 209 4 66 70 2.361 .213 .000 .000 .145 210 4 71 67 2.195 11.821 .000 1.204 7.525 211 4 78 71 2.195 15.748 .000 1.635 9.970 212 3 87 78 1.924 .000 3.812 2.082 .577 213 6 96 87 1.925 .000 17.357 10.825 1.891 214 6 105 96 1.924 .000 22.905 14.438 2.412 215 10 114 105 1.925 .000 24.804 15.711 2.570 216 6 123 114 1.924 .000 23.031 14.637 2.359 217 4 132 123 1.925 .000 15.274 9.736 1.549 218 3 66 65 1.638 .000 1.487 .897 .179 219 3 65 67 1.760 .000 .452 .310 .000 220 3 61 57 1.849 8.438 .000 .860 5.372 221 3 64 61 1.855 .000 1.761 1.127 .176 222 3 61 63 1.857 .000 2.524 1.618 .245 223 3 56 61 1.856 .000 4.200 2.648 .442 224 3 60 56 1.854 .000 .381 .246 .030 225 3 63 60 1.853 .000 6.107 3.912 .600 226 3 65 63 1.973 1.001 .000 .080 .647

14

227 3 62 65 1.761 1.086 .000 .101 .697 228 3 60 62 1.858 .000 4.697 3.009 .462 229 3 55 60 1.859 11.209 .000 1.094 7.183 230 8 51 55 1.782 41.119 .000 4.096 26.322 231 4 46 51 1.782 .000 14.466 9.263 1.431 232 3 42 46 1.782 11.505 .000 1.135 7.368 233 3 37 42 1.782 .000 6.995 4.481 .686 234 3 33 37 1.780 4.029 .000 .390 2.583 235 3 28 33 1.789 .000 3.616 2.318 .351 236 8 54 59 1.745 36.803 .000 3.685 23.546 237 3 50 54 1.743 .000 9.036 5.784 .900 238 3 45 50 1.744 6.512 .000 .648 4.169 239 3 41 45 1.742 .000 2.738 1.753 .272 240 3 36 41 1.743 .211 .000 .019 .136 241 3 40 36 1.704 .285 .000 .030 .179 242 3 45 40 1.704 .000 4.106 2.626 .412 243 3 49 45 1.702 .423 .000 .045 .266 244 4 54 49 1.704 .000 12.165 7.783 1.218 245 4 58 54 1.684 .000 14.778 9.448 1.483 246 3 53 58 1.767 12.981 .000 1.304 8.297 247 3 49 53 1.747 2.016 .000 .205 1.285 248 3 44 49 1.748 4.924 .000 .488 3.153 249 3 40 44 1.746 .000 3.043 1.948 .303 250 3 35 40 1.747 1.855 .000 .183 1.188 251 3 39 35 1.707 2.334 .000 .234 1.492 252 3 44 39 1.708 .000 4.730 3.023 .475 253 3 48 44 1.707 2.899 .000 .295 1.846 254 3 53 48 1.707 .000 6.405 4.085 .648 255 3 57 53 1.705 .000 8.091 5.177 .810 256 3 52 57 1.776 .000 5.862 3.725 .600 257 3 48 52 1.774 .000 6.420 4.106 .643 258 3 43 48 1.775 4.835 .000 .487 3.087 259 3 39 43 1.773 .000 5.931 3.791 .596 260 3 34 39 1.774 3.189 .000 .323 2.034 261 3 38 34 1.778 1.656 .000 .154 1.063 262 3 43 38 1.778 .000 3.330 2.135 .321 263 3 47 43 1.778 4.437 .000 .430 2.844 264 3 52 47 1.779 2.431 .000 .257 1.531 265 3 56 52 1.779 9.881 .000 .990 6.320 266 4 51 56 1.778 .000 12.263 7.853 1.211 267 4 47 51 1.777 .000 14.348 9.161 1.447 268 3 42 47 1.778 1.657 .000 .175 1.043 269 3 38 42 1.778 .000 6.152 3.923 .623 270 3 33 38 1.780 1.970 .000 .204 1.248 271 3 29 33 1.781 .000 2.398 1.525 .245 272 3 24 29 1.781 .022 .000 .007 .005 273 3 20 24 1.775 .000 .115 .066 .015 274 6 9 5 1.743 29.595 .000 2.959 18.941 275 4 14 9 1.742 .000 9.884 6.326 .987 276 3 18 14 1.743 7.358 .000 .734 4.710 277 3 23 18 1.742 .000 4.468 2.860 .446 278 3 27 23 1.743 1.941 .000 .193 1.243 279 3 32 27 1.733 .000 2.258 1.445 .226 280 3 36 32 1.733 .000 .231 .148 .023 281 3 31 36 1.704 .000 .260 .166 .026 282 3 27 31 1.704 .000 .518 .332 .051 283 3 22 27 1.704 .840 .000 .084 .537 284 3 18 22 1.704 .000 2.970 1.901 .297 285 3 13 18 1.703 .146 .000 .015 .093 286 4 9 13 1.705 .000 8.516 5.448 .853 287 4 4 9 1.703 .000 10.743 6.876 1.074 288 3 8 4 1.747 8.464 .000 .846 5.417 289 3 13 8 1.746 .000 2.224 1.424 .220 290 3 17 13 1.746 5.689 .000 .568 3.641 291 3 22 17 1.746 .000 3.910 2.502 .391 292 3 26 22 1.746 .985 .000 .098 .631 293 3 31 26 1.746 .000 1.833 1.172 .184 294 3 35 31 1.746 .000 2.427 1.553 .243 295 3 30 35 1.708 .000 1.773 1.135 .176 296 3 26 30 1.708 .018 .000 .000 .012 297 3 21 26 1.708 .815 .000 .084 .518 298 3 17 21 1.708 .000 3.829 2.446 .385 299 3 12 17 1.709 2.089 .000 .212 1.332 300 3 8 12 1.708 .000 4.692 2.998 .472 301 3 3 8 1.708 .000 1.414 .906 .139 302 3 7 3 1.774 .000 1.152 .733 .117 303 3 12 7 1.772 .000 3.263 2.090 .323

15

304 3 16 12 1.773 .738 .000 .070 .473 305 3 21 16 1.773 .000 2.765 1.771 .273 306 3 25 21 1.772 .663 .000 .063 .425 307 3 30 25 1.773 .000 .315 .203 .028 308 3 34 30 1.773 .000 3.098 1.978 .313 309 3 29 34 1.778 .000 1.742 1.118 .164 310 3 25 29 1.777 .000 1.753 1.108 .183 311 3 20 25 1.777 1.403 .000 .148 .884 312 3 16 20 1.778 .000 3.953 2.517 .402 313 3 11 16 1.778 5.985 .000 .606 3.818 314 3 7 11 1.778 .000 2.939 1.870 .300 315 3 2 7 1.777 7.359 .000 .741 4.701 316 4 6 2 1.778 .000 10.288 6.576 1.034 317 4 11 6 1.777 .000 9.362 5.992 .933 318 3 15 11 1.775 .469 .000 .043 .302 319 3 20 15 1.775 .000 3.188 2.042 .314 320 3 15 19 1.785 .000 2.464 1.563 .254 321 3 10 15 1.785 5.197 .000 .527 3.312 322 3 6 10 1.782 .000 8.151 5.202 .823 323 4 1 6 1.782 27.853 .000 2.796 17.807 324 4 24 15 1.911 25.032 .000 2.514 16.001 325 3 19 24 1.780 .000 .518 .335 .042 326 3 28 24 1.793 .618 .000 .051 .399 327 3 52 61 2.033 .000 3.369 2.172 .288 328 3 43 52 1.900 1.008 .000 .128 .596 329 3 34 43 1.900 10.890 .000 1.108 6.936 330 4 25 34 1.900 16.049 .000 1.618 10.248 331 3 16 25 1.900 13.840 .000 1.392 8.844 332 3 7 16 1.900 6.642 .000 .667 4.246 333 3 17 8 1.885 7.568 .000 .758 4.841 334 4 26 17 1.885 16.006 .000 1.605 10.236 335 4 35 26 1.885 17.963 .000 1.802 11.486 336 3 44 35 1.885 13.390 .000 1.346 8.557 337 3 53 44 1.885 4.887 .000 .494 3.118 338 4 45 54 1.871 22.940 .000 2.292 14.682 339 6 36 45 1.871 30.373 .000 3.035 19.440 340 6 27 36 1.870 30.907 .000 3.088 19.781 341 4 18 27 1.871 27.908 .000 2.790 17.862 342 3 61 60 1.807 4.997 .000 .482 3.204 343 4 52 51 1.803 27.043 .000 2.703 17.308 344 8 53 52 1.663 39.559 .000 3.970 25.291 345 4 54 53 1.617 25.518 .000 2.558 16.320 346 3 43 42 1.801 4.500 .000 .447 2.881 347 3 44 43 1.663 5.564 .000 .552 3.563 348 3 45 44 1.616 3.743 .000 .373 2.396 349 3 34 33 1.805 .118 .000 .010 .076 350 3 35 34 1.662 .000 .098 .057 .013 351 3 36 35 1.616 .279 .000 .026 .179 352 3 25 24 1.800 .000 .154 .096 .017 353 3 26 25 1.662 .000 .650 .412 .067 354 3 27 26 1.616 .000 .017 .009 .003 355 3 16 15 1.793 2.703 .000 .270 1.730 356 3 17 16 1.662 4.667 .000 .466 2.987 357 3 18 17 1.616 2.911 .000 .291 1.863 358 4 9 18 1.871 19.872 .000 1.987 12.718 359 3 8 9 1.617 18.378 .000 1.839 11.760 360 4 7 8 1.662 24.194 .000 2.421 15.481 361 4 6 7 1.799 19.751 .000 1.978 12.636 362 4 15 6 1.916 18.945 .000 1.901 12.114 363 4 33 24 1.921 24.367 .000 2.451 15.568 364 4 42 33 1.916 17.924 .000 1.811 11.437 365 3 51 42 1.916 3.774 .000 .399 2.376 366 10 60 51 2.051 .000 27.381 17.533 2.710 367 6 65 60 2.199 .000 14.690 9.404 1.464 368 4 68 65 2.186 .000 10.554 6.759 1.042 369 4 2 1 1.800 .000 14.067 8.993 1.412 370 3 13 4 1.878 1.319 .000 .132 .844 371 4 22 13 1.878 .000 7.708 4.933 .771 372 4 31 22 1.878 .000 12.441 7.962 1.243 373 4 40 31 1.878 .000 12.261 7.848 1.225 374 4 49 40 1.877 .000 7.211 4.616 .719 375 3 58 49 1.877 1.273 .000 .127 .815 376 10 41 50 1.863 .000 28.045 17.949 2.805 377 10 32 41 1.864 .000 29.628 18.963 2.961 378 10 23 32 1.863 .000 28.534 18.263 2.851 379 8 14 23 1.862 .000 25.093 16.060 2.508 380 4 5 14 1.864 .000 15.838 10.135 1.584

16

381 6 4 3 1.616 .000 22.953 14.668 2.307 382 4 5 4 1.617 .000 14.005 8.940 1.413 383 3 11 10 1.800 1.649 .000 .165 1.055 384 3 12 11 1.798 .000 4.352 2.783 .436 385 3 13 12 1.617 .000 4.442 2.841 .445 386 3 14 13 1.616 1.038 .000 .104 .664 387 3 20 19 1.800 1.507 .000 .151 .965 388 3 21 20 1.798 1.255 .000 .125 .803 389 3 22 21 1.617 1.614 .000 .162 1.033 390 3 23 22 1.617 1.248 .000 .125 .799 391 3 29 28 1.818 2.134 .000 .214 1.364 392 3 30 29 1.798 2.803 .000 .281 1.793 393 3 31 30 1.616 1.944 .000 .195 1.243 394 3 32 31 1.599 .349 .000 .035 .223 395 3 38 37 1.800 1.486 .000 .149 .951 396 3 39 38 1.800 .310 .000 .030 .198 397 3 40 39 1.616 .012 .000 .002 .006 398 3 41 40 1.616 1.241 .000 .124 .795 399 3 47 46 1.800 1.576 .000 .158 1.008 400 4 48 47 1.804 .000 8.304 5.312 .832 401 3 49 48 1.617 .000 7.632 4.885 .762 402 3 50 49 1.616 1.011 .000 .101 .647 403 6 59 50 1.862 .000 19.709 12.608 1.974 404 4 58 59 1.578 .000 18.210 11.672 1.768 405 10 57 58 1.653 .000 31.129 19.938 3.066 406 10 56 57 1.808 .000 35.817 22.938 3.536 407 8 55 56 1.800 .000 26.407 16.908 2.619 408 3 63 62 1.799 1.746 .000 .174 1.118 409 3 64 63 1.822 .862 .000 .086 .552 410 3 57 64 2.159 1.029 .000 .103 .659 411 3 48 57 1.890 13.557 .000 1.373 8.645 412 3 39 48 1.892 2.398 .000 .247 1.521 413 3 30 39 1.893 .000 6.391 4.091 .637 414 4 21 30 1.891 .000 8.868 5.675 .887 415 3 12 21 1.892 .000 4.473 2.863 .447 416 3 3 12 1.892 1.403 .000 .140 .898 417 6 2 3 1.800 .000 22.999 14.701 2.310 418 3 11 2 1.908 1.603 .000 .160 1.026 419 4 20 11 1.909 .000 8.458 5.406 .850 420 4 29 20 1.908 .000 12.975 8.291 1.305 421 4 38 29 1.909 .000 11.687 7.462 1.179 422 3 47 38 1.908 .000 4.671 2.967 .480 423 3 56 47 1.908 5.045 .000 .487 3.234 424 4 63 56 2.177 6.341 .000 .636 4.054 425 4 66 63 2.360 .810 .000 .103 .479 426 3 67 66 .898 .654 .000 .066 .419 427 4 62 67 2.195 11.080 .000 1.055 7.108 428 4 55 62 2.195 14.518 .000 1.389 9.312 429 3 46 55 1.924 .000 1.116 .611 .169 430 4 37 46 1.924 .000 15.047 9.551 1.548 431 6 28 37 1.925 .000 20.951 13.350 2.127 432 6 19 28 1.925 .000 23.200 14.807 2.342 433 6 10 19 1.924 .000 22.145 14.147 2.228 434 4 1 10 1.925 .000 14.975 9.574 1.503

17

� LOAD COMBINATION NO: 1 SUPPORT RESTRAINTS REACTION FORCES(kN) DISPLACEMENTS(cm) NO IXD IYD IZD X Y Z X Y Z 1 0 0 1 .000 .000 9.476 .089 -.041 .000 5 1 0 1 .244 .000 10.195 .000 -.033 .000 55 0 0 1 .000 .000 17.853 .105 .092 .000 59 1 0 1 -.049 .000 12.558 .000 .115 .000 74 1 1 1 .733 2.155 12.745 .000 .000 .000 78 0 1 1 .000 -2.155 17.827 .102 .000 .000 128 1 0 1 -.928 .000 9.973 .000 .146 .000 132 0 0 1 .000 .000 9.649 .096 .135 .000 SUM OF REACTIVE FORCES: .000 .000 100.275 LOAD COMBINATION NO: 2 SUPPORT RESTRAINTS REACTION FORCES(kN) DISPLACEMENTS(cm) NO IXD IYD IZD X Y Z X Y Z 1 0 0 1 .000 .000 19.741 .186 -.085 .000 5 1 0 1 .507 .000 21.239 .000 -.069 .000 55 0 0 1 .000 .000 37.193 .218 .192 .000 59 1 0 1 -.101 .000 26.163 .000 .240 .000 74 1 1 1 1.527 4.489 26.551 .000 .000 .000 78 0 1 1 .000 -4.490 37.140 .213 .000 .000 128 1 0 1 -1.933 .000 20.776 .000 .305 .000 132 0 0 1 .000 .000 20.103 .200 .281 .000 SUM OF REACTIVE FORCES: .000 -.001 208.906 LOAD COMBINATION NO: 3 SUPPORT RESTRAINTS REACTION FORCES(kN) DISPLACEMENTS(cm) NO IXD IYD IZD X Y Z X Y Z 1 0 0 1 .000 .000 19.748 -.060 .647 .000 5 1 0 1 .493 .000 21.239 .000 .655 .000 55 0 0 1 .000 .000 37.167 -.029 .508 .000 59 1 0 1 -.051 .000 26.166 .000 .562 .000 74 1 1 1 1.687 4.831 26.584 .000 .000 .000 78 0 1 1 .000 -4.832 37.129 -.034 .000 .000 128 1 0 1 -2.130 .000 20.740 .000 -.100 .000 132 0 0 1 .000 .000 20.133 -.045 -.133 .000 SUM OF REACTIVE FORCES: .000 -.001 208.906 LOAD COMBINATION NO: 4 SUPPORT RESTRAINTS REACTION FORCES(kN) DISPLACEMENTS(cm) NO IXD IYD IZD X Y Z X Y Z 1 0 0 1 .000 .000 19.733 .432 -.816 .000 5 1 0 1 .522 .000 21.240 .000 -.794 .000 55 0 0 1 .000 .000 37.219 .465 -.124 .000 59 1 0 1 -.151 .000 26.159 .000 -.081 .000 74 1 1 1 1.367 4.147 26.518 .000 .000 .000 78 0 1 1 .000 -4.147 37.152 .460 .000 .000 128 1 0 1 -1.737 .000 20.812 .000 .710 .000 132 0 0 1 .000 .000 20.073 .446 .694 .000 SUM OF REACTIVE FORCES: .001 .000 208.906 LOAD COMBINATION NO: 5 SUPPORT RESTRAINTS REACTION FORCES(kN) DISPLACEMENTS(cm) NO IXD IYD IZD X Y Z X Y Z 1 0 0 1 .000 .000 -12.626 -.365 .786 .000 5 1 0 1 -.339 .000 -13.594 .000 .769 .000 55 0 0 1 .000 .000 -23.829 -.386 .193 .000 59 1 0 1 .115 .000 -16.741 .000 .168 .000 74 1 1 1 -.818 -2.531 -16.960 .000 .000 .000 78 0 1 1 .000 2.531 -23.781 -.383 .000 .000 128 1 0 1 1.041 .000 -13.333 .000 -.600 .000 132 0 0 1 .000 .000 -12.836 -.373 -.593 .000 SUM OF REACTIVE FORCES: -.001 .000 -133.700 LOAD COMBINATION NO: 6 SUPPORT RESTRAINTS REACTION FORCES(kN) DISPLACEMENTS(cm) NO IXD IYD IZD X Y Z X Y Z 1 0 0 1 .000 .000 1.982 -.227 .723 .000 5 1 0 1 .036 .000 2.124 .000 .718 .000 55 0 0 1 .000 .000 3.693 -.225 .335 .000 59 1 0 1 .040 .000 2.619 .000 .346 .000 74 1 1 1 .313 .790 2.688 .000 .000 .000 78 0 1 1 .000 -.791 3.702 -.226 .000 .000 128 1 0 1 -.390 .000 2.042 .000 -.375 .000

18

132 0 0 1 .000 .000 2.040 -.225 -.386 .000 SUM OF REACTIVE FORCES: .000 -.001 20.891 MAXIMUM REACTIONS(IN KNS) NODE Rx Ry Rz Loading NO Condition 1 Max.Rx .000 .000 1.982 6 Max.Ry .000 .000 1.982 6 Max.Rz .000 .000 19.748 3 Min.Rz .000 .000 -12.626 5 5 Max.Rx .522 .000 21.240 4 Max.Ry .036 .000 2.124 6 Max.Rz .522 .000 21.240 4 Min.Rz -.339 .000 -13.594 5 55 Max.Rx .000 .000 3.693 6 Max.Ry .000 .000 3.693 6 Max.Rz .000 .000 37.219 4 Min.Rz .000 .000 -23.829 5 59 Max.Rx -.151 .000 26.159 4 Max.Ry .040 .000 2.619 6 Max.Rz -.051 .000 26.166 3 Min.Rz .115 .000 -16.741 5 74 Max.Rx 1.687 4.831 26.584 3 Max.Ry 1.687 4.831 26.584 3 Max.Rz 1.687 4.831 26.584 3 Min.Rz -.818 -2.531 -16.960 5 78 Max.Rx .000 -.791 3.702 6 Max.Ry .000 -4.832 37.129 3 Max.Rz .000 -4.147 37.152 4 Min.Rz .000 2.531 -23.781 5 128 Max.Rx -2.130 .000 20.740 3 Max.Ry -.390 .000 2.042 6 Max.Rz -1.737 .000 20.812 4 Min.Rz 1.041 .000 -13.333 5 132 Max.Rx .000 .000 2.040 6 Max.Ry .000 .000 2.040 6 Max.Rz .000 .000 20.133 3 Min.Rz .000 .000 -12.836 5

19

� MEMBER MEMBER NUMBER GROSS RADIUS OF MEMBER BOLT BOLT-CAP. NUT NUT-CAP. MATERIAL TYPE LENGTH OF MEMB AREA GYRATION 3 1.638 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.760 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.849 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.855 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.857 4 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.853 4 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.973 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.761 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.859 4 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.782 6 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.779 10 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.789 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.744 7 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.742 7 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.703 10 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.767 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.747 17 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.707 10 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.709 12 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.705 8 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.776 5 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.774 17 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.775 4 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.777 22 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.781 4 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.734 4 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.745 5 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.772 6 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.785 4 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.793 4 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 2.034 1 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.900 8 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.886 4 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.885 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.807 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.801 6 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.663 6 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.616 25 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.805 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.662 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.800 10 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.617 3 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.917 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.877 4 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.878 1 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.798 6 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.818 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.599 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.822 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 2.159 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.891 5 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.892 3 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.909 4 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.924 2 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 2.033 1 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.890 1 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 1.908 1 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 3 .898 1 2.205 1.081 32.80X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.782 4 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.743 3 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.703 5 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.684 2 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.778 8 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.911 2 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.900 2 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.885 4 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.871 6 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.803 2 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.616 4 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.662 2 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.799 4 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.917 3 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.921 2 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.915 1 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.878 7 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.864 3 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.804 2 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.578 2 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.892 3 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.908 6 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 2.176 2 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 2.361 2 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 2.195 4 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.925 3 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.705 1 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 2.186 1 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 4 1.909 1 2.841 1.392 41.60X 2.30 M12X10.9 49.690 19/13 45.320 19 6 2.980 2 3.520 1.586 47.30X 2.50 M12X10.9 49.690 19/13 45.320 19 6 1.870 3 3.520 1.586 47.30X 2.50 M12X10.9 49.690 19/13 45.320 19 6 2.200 2 3.520 1.586 47.30X 2.50 M12X10.9 49.690 19/13 45.320 19 6 1.862 2 3.520 1.586 47.30X 2.50 M12X10.9 49.690 19/13 45.320 19 6 1.616 2 3.520 1.586 47.30X 2.50 M12X10.9 49.690 19/13 45.320 19 6 1.800 2 3.520 1.586 47.30X 2.50 M12X10.9 49.690 19/13 45.320 19 6 1.925 4 3.520 1.586 47.30X 2.50 M12X10.9 49.690 19/13 45.320 19 6 1.924 2 3.520 1.586 47.30X 2.50 M12X10.9 49.690 19/13 45.320 19 6 1.743 1 3.520 1.586 47.30X 2.50 M12X10.9 49.690 19/13 45.320 19 6 1.871 1 3.520 1.586 47.30X 2.50 M12X10.9 49.690 19/13 45.320 19 8 1.782 2 4.323 1.372 42.20X 3.56 M12X10.9 49.690 19/13 45.320 20 8 1.745 2 4.323 1.372 42.20X 3.56 M12X10.9 49.690 19/13 45.320 20 8 1.663 2 4.323 1.372 42.20X 3.56 M12X10.9 49.690 19/13 45.320 20 8 1.800 2 4.323 1.372 42.20X 3.56 M12X10.9 49.690 19/13 45.320 20 8 1.862 1 4.323 1.372 42.20X 3.56 M12X10.9 49.690 19/13 45.320 20 10 2.050 1 4.658 2.017 59.60X 2.60 M12X10.9 49.690 19/13 45.320 19 10 1.863 6 4.658 2.017 59.60X 2.60 M12X10.9 49.690 19/13 45.320 19 10 1.653 2 4.658 2.017 59.60X 2.60 M12X10.9 49.690 19/13 45.320 19 10 1.808 2 4.658 2.017 59.60X 2.60 M12X10.9 49.690 19/13 45.320 19 10 1.925 1 4.658 2.017 59.60X 2.60 M12X10.9 49.690 19/13 45.320 19 10 2.051 1 4.658 2.017 59.60X 2.60 M12X10.9 49.690 19/13 45.320 19 SPACE FRAME MEMBER WEIGHT (KGS) = 1551.527 MAXIMUM FORCES ALLOWABLE FORCES H HS H HS MEMBER MAT. MEMBER LENGTH TEN. COMP. TEN. COMP. TEN. COMP. TEN. COMP. TYPE 3 19 32.80X 2.30 1.638 .000 1.487 .897 .179 22.598 10.403 30.131 13.871 3 19 32.80X 2.30 1.760 .000 1.682 .980 .221 22.598 9.009 30.131 12.013

20

3 19 32.80X 2.30 1.849 8.438 .000 .860 5.372 22.598 8.161 30.131 10.881 3 19 32.80X 2.30 1.855 .000 1.761 1.127 .176 22.598 8.109 30.131 10.812 3 19 32.80X 2.30 1.857 .000 4.200 2.648 .442 22.598 8.094 30.131 10.792 3 19 32.80X 2.30 1.853 .000 6.107 3.912 .600 22.598 8.125 30.131 10.833 3 19 32.80X 2.30 1.973 1.001 .000 .084 .647 22.598 7.165 30.131 9.554 3 19 32.80X 2.30 1.761 1.479 .000 .178 .891 22.598 8.999 30.131 11.999 3 19 32.80X 2.30 1.859 11.851 5.114 3.214 7.513 22.598 8.078 30.131 10.771 3 19 32.80X 2.30 1.782 11.505 8.694 5.506 7.368 22.598 8.782 30.131 11.709 3 19 32.80X 2.30 1.779 9.881 .518 .990 6.320 22.598 8.813 30.131 11.750 3 19 32.80X 2.30 1.789 .000 3.616 2.318 .351 22.598 8.718 30.131 11.624 3 19 32.80X 2.30 1.744 7.861 9.036 5.784 4.920 22.598 9.177 30.131 12.236 3 19 32.80X 2.30 1.742 1.941 9.008 5.782 1.243 22.598 9.193 30.131 12.258 3 19 32.80X 2.30 1.703 1.051 4.106 2.626 .600 22.598 9.620 30.131 12.826 3 19 32.80X 2.30 1.767 13.636 .000 1.410 8.643 22.598 8.938 30.131 11.917 3 19 32.80X 2.30 1.747 8.464 3.910 2.502 5.417 22.598 9.143 30.131 12.191 3 19 32.80X 2.30 1.707 2.899 6.405 4.085 1.846 22.598 9.578 30.131 12.770 3 19 32.80X 2.30 1.709 2.712 5.287 3.292 1.642 22.598 9.559 30.131 12.745 3 19 32.80X 2.30 1.705 1.260 8.755 5.528 .917 22.598 9.602 30.131 12.803 3 19 32.80X 2.30 1.776 .000 5.862 3.725 .600 22.598 8.844 30.131 11.792 3 19 32.80X 2.30 1.774 4.040 7.118 4.475 2.498 22.598 8.870 30.131 11.827 3 19 32.80X 2.30 1.775 5.489 3.188 2.042 3.430 22.598 8.859 30.131 11.813 3 19 32.80X 2.30 1.777 7.933 6.526 4.108 5.005 22.598 8.833 30.131 11.777 3 19 32.80X 2.30 1.781 .435 2.831 1.744 .320 22.598 8.801 30.131 11.735 3 19 32.80X 2.30 1.734 .000 2.258 1.445 .226 22.598 9.281 30.131 12.375 3 19 32.80X 2.30 1.745 .985 3.145 2.034 .631 22.598 9.159 30.131 12.212 3 19 32.80X 2.30 1.772 .663 3.263 2.090 .425 22.598 8.884 30.131 11.845 3 19 32.80X 2.30 1.785 5.740 3.136 1.951 3.615 22.598 8.757 30.131 11.676 3 19 32.80X 2.30 1.793 2.703 .000 .270 1.730 22.598 8.677 30.131 11.569 3 19 32.80X 2.30 2.034 .000 4.032 2.557 .416 22.598 6.742 30.131 8.990 3 19 32.80X 2.30 1.900 13.840 .000 1.392 8.844 22.598 7.731 30.131 10.308 3 19 32.80X 2.30 1.886 13.390 .000 1.346 8.557 22.598 7.844 30.131 10.459 3 19 32.80X 2.30 1.885 4.887 .000 .494 3.118 22.598 7.855 30.131 10.473 3 19 32.80X 2.30 1.807 5.225 .000 .529 3.332 22.598 8.543 30.131 11.391 3 19 32.80X 2.30 1.801 4.500 .000 .447 2.881 22.598 8.602 30.131 11.469 3 19 32.80X 2.30 1.663 5.832 .650 .581 3.733 22.598 10.090 30.131 13.453 3 19 32.80X 2.30 1.616 18.378 7.632 4.885 11.760 22.598 10.686 30.131 14.248 3 19 32.80X 2.30 1.805 .119 .000 .010 .077 22.598 8.568 30.131 11.424 3 19 32.80X 2.30 1.662 .000 .173 .111 .016 22.598 10.107 30.131 13.476 3 19 32.80X 2.30 1.800 1.787 .154 .182 1.138 22.598 8.615 30.131 11.487 3 19 32.80X 2.30 1.617 18.613 4.539 2.891 11.914 22.598 10.672 30.131 14.230 3 19 32.80X 2.30 1.917 3.774 .000 .399 2.376 22.598 7.594 30.131 10.126 3 19 32.80X 2.30 1.877 1.325 .000 .133 .848 22.598 7.923 30.131 10.564 3 19 32.80X 2.30 1.878 .000 6.314 4.050 .603 22.598 7.912 30.131 10.549 3 19 32.80X 2.30 1.798 2.830 4.420 2.817 1.807 22.598 8.633 30.131 11.511 3 19 32.80X 2.30 1.818 2.183 .000 .221 1.392 22.598 8.442 30.131 11.256 3 19 32.80X 2.30 1.599 .407 .000 .045 .254 22.598 10.916 30.131 14.554 3 19 32.80X 2.30 1.822 .862 .000 .086 .552 22.598 8.404 30.131 11.206 3 19 32.80X 2.30 2.159 1.029 .000 .103 .659 22.598 5.986 30.131 7.981 3 19 32.80X 2.30 1.891 13.343 .000 1.335 8.538 22.598 7.799 30.131 10.399 3 19 32.80X 2.30 1.892 .000 6.391 4.091 .637 22.598 7.791 30.131 10.388 3 19 32.80X 2.30 1.909 4.425 4.671 2.967 2.853 22.598 7.659 30.131 10.213 3 19 32.80X 2.30 1.924 .000 3.812 2.082 .577 22.598 7.541 30.131 10.054 3 19 32.80X 2.30 2.033 .000 3.369 2.172 .288 22.598 6.749 30.131 8.999 3 19 32.80X 2.30 1.890 13.557 .000 1.373 8.645 22.598 7.807 30.131 10.410 3 19 32.80X 2.30 1.908 5.045 .000 .487 3.234 22.598 7.668 30.131 10.224 3 19 32.80X 2.30 .898 .654 .000 .066 .419 22.598 19.398 30.131 25.864 4 19 41.60X 2.30 1.782 28.414 14.466 9.263 18.112 29.118 17.817 38.825 23.756 4 19 41.60X 2.30 1.743 28.973 10.383 6.534 18.562 29.118 18.321 38.825 24.428 4 19 41.60X 2.30 1.703 .000 12.165 7.783 1.218 29.118 18.823 38.825 25.097 4 19 41.60X 2.30 1.684 .000 15.407 9.780 1.585 29.118 19.058 38.825 25.411 4 19 41.60X 2.30 1.778 .000 14.619 9.285 1.501 29.118 17.874 38.825 23.832 4 19 41.60X 2.30 1.911 25.032 .000 2.514 16.001 29.118 16.102 38.825 21.470 4 19 41.60X 2.30 1.900 16.049 .000 1.618 10.248 29.118 16.256 38.825 21.675 4 19 41.60X 2.30 1.885 17.963 .000 1.802 11.486 29.118 16.460 38.825 21.946 4 19 41.60X 2.30 1.871 27.950 .000 2.801 17.876 29.118 16.651 38.825 22.201 4 19 41.60X 2.30 1.803 27.043 .000 2.703 17.308 29.118 17.551 38.825 23.402 4 19 41.60X 2.30 1.616 25.518 16.267 10.131 16.320 29.118 19.891 38.825 26.521 4 19 41.60X 2.30 1.662 24.338 .000 2.435 15.573 29.118 19.334 38.825 25.779 4 19 41.60X 2.30 1.799 19.780 14.354 9.150 12.644 29.118 17.592 38.825 23.456 4 19 41.60X 2.30 1.917 18.945 .000 1.901 12.115 29.118 16.030 38.825 21.374 4 19 41.60X 2.30 1.921 24.367 .000 2.451 15.568 29.118 15.967 38.825 21.289 4 19 41.60X 2.30 1.915 17.680 .000 1.743 11.323 29.118 16.050 38.825 21.400 4 19 41.60X 2.30 1.878 .000 12.441 7.962 1.243 29.118 16.560 38.825 22.080 4 19 41.60X 2.30 1.864 .000 15.878 10.274 1.584 29.118 16.745 38.825 22.327 4 19 41.60X 2.30 1.804 .000 8.304 5.312 .832 29.118 17.535 38.825 23.380 4 19 41.60X 2.30 1.578 .000 18.210 11.672 1.768 29.118 20.350 38.825 27.133 4 19 41.60X 2.30 1.892 .000 9.110 5.828 .912 29.118 16.370 38.825 21.827 4 19 41.60X 2.30 1.908 .000 12.975 8.291 1.305 29.118 16.155 38.825 21.540 4 19 41.60X 2.30 2.176 6.341 .000 .636 4.054 29.118 12.575 38.825 16.767 4 19 41.60X 2.30 2.361 .810 .000 .103 .479 29.118 10.687 38.825 14.250 4 19 41.60X 2.30 2.195 15.748 .000 1.635 9.970 29.118 12.361 38.825 16.482 4 19 41.60X 2.30 1.925 .000 15.274 9.736 1.549 29.118 15.922 38.825 21.229 4 19 41.60X 2.30 1.705 .000 8.516 5.448 .853 29.118 18.805 38.825 25.073 4 19 41.60X 2.30 2.186 .000 10.554 6.759 1.042 29.118 12.464 38.825 16.618 4 19 41.60X 2.30 1.909 .000 11.687 7.462 1.179 29.118 16.138 38.825 21.518 6 19 47.30X 2.50 2.980 2.288 .000 .273 1.383 36.080 10.796 48.107 14.395 6 19 47.30X 2.50 1.870 30.952 .000 3.099 19.801 36.080 24.277 48.107 32.369 6 19 47.30X 2.50 2.200 .000 14.690 9.404 1.476 36.080 19.634 48.107 26.179 6 19 47.30X 2.50 1.862 .000 23.985 15.373 2.328 36.080 24.381 48.107 32.507 6 19 47.30X 2.50 1.616 .000 24.481 15.480 2.552 36.080 27.513 48.107 36.684 6 19 47.30X 2.50 1.800 .000 23.866 15.164 2.447 36.080 25.202 48.107 33.602 6 19 47.30X 2.50 1.925 .000 23.200 14.807 2.412 36.080 23.541 48.107 31.387 6 19 47.30X 2.50 1.924 .000 23.031 14.637 2.359 36.080 23.561 48.107 31.415 6 19 47.30X 2.50 1.743 29.595 .000 2.959 18.941 36.080 25.929 48.107 34.573 6 19 47.30X 2.50 1.871 30.373 .000 3.035 19.440 36.080 24.263 48.107 32.351 8 20 42.20X 3.56 1.782 41.119 .000 4.096 26.322 44.313 27.004 59.085 36.005 8 20 42.20X 3.56 1.745 37.423 .000 3.785 23.872 44.313 27.813 59.085 37.084 8 20 42.20X 3.56 1.663 39.559 .000 3.970 25.291 44.313 29.583 59.085 39.444 8 20 42.20X 3.56 1.800 .000 26.407 16.908 2.619 44.313 26.595 59.085 35.461 8 20 42.20X 3.56 1.862 .000 25.093 16.060 2.508 44.313 25.194 59.085 33.592 10 19 59.60X 2.60 2.050 .000 27.557 17.586 2.783 47.742 36.472 63.655 48.629 10 19 59.60X 2.60 1.863 .000 29.628 18.963 2.961 47.742 38.786 63.655 51.715 10 19 59.60X 2.60 1.653 .000 31.129 19.938 3.066 47.742 41.229 63.655 54.972 10 19 59.60X 2.60 1.808 .000 35.817 22.938 3.536 47.742 39.437 63.655 52.583 10 19 59.60X 2.60 1.925 .000 24.804 15.711 2.570 47.742 38.039 63.655 50.719 10 19 59.60X 2.60 2.051 .000 27.381 17.533 2.710 47.742 36.459 63.655 48.612

21

Design of Sliding Support

Allowable Stresses Max. Reaction Envelope (kNs)1 Allow. Bearing Stress : 0.9Fy For Max. Rx -2.13 0.00 20.74

Code ASD-AISC Chapter 5 page 5-79 For Max. Ry 1.69 4.83 26.58At Section 1-1 & 2-2 19.4 kN/cm2 For Max. Rz 0.00 0.00 37.22

2 Allow. Bearing Stress : 0.9Fy For Min. Rz 0.00 0.00 -23.83Code ASD-AISC Chapter 5 page 5-79 Design DataAt Section 3-3 & bot.Pl. 22.3 kN/cm2 Support Node Dia 13.20 cm

3 Allowable Weld Stress: Section 1-1Code AWS Vertical Eccentricity 6.10 cm0.3Fexx 14.5 kN/cm2 Diameter of Shaft O/I 5.00 0.00 cm

4 Allowable Bending Stress for solid shaft: Weld Size 0.80 cmCode ASD-AISC Chapter 5 page 5-48 Section 2-20.75Fy 16.1 kN/cm2 Vertical Eccentricity 21.60 cm

5 Allowable Bending Stress for Plate: Diameter of Shaft O/I 6.00 0 cmCode ASD-AISC Chapter 5 page 5-48 Weld Size 0.80 cm0.75Fy 18.6 kN/cm2 Base Plate Details

6 Allow. Bearing Stress on Teflon Pad Diameter of Base Plate 14.00 cm@ 1% Deformation 1.37 kN/cm2 Thickness of Base Plate 2.00 cm

Weld Size @ Bottom 0.80 cmThickness of Teflon Pad 0.40 cmBottom Plate DetailsOuter Diameter 18.00 18 min cmThickness of Plate 1.00 cmThickness of Flange 1.00 cmLength of Flange 3.50 cmMax. Support Disp. 1.00 cm

Design Check Unity Check Ratio1 Bearing Stress @ Section 1-1 4.59 kN/cm2 0.242 Weld Stress @ Section 1-1 3.76 kN/cm2 0.263 Bearing Stress @ Section 2-2 7.58 kN/cm2 0.394 Bending Stress in Shaft 7.58 kN/cm2 0.475 Weld Stress @ Section 2-2 5.66 kN/cm2 0.396 Bearing Stress on Bottom Plate 0.75 kN/cm2 0.037 Bearing Stress on Teflon Pad 0.75 kN/cm2 0.558 Required Thickness of Base Plate 1.39 cm 0.709 Bearing Stress @ Section 3-3 0.39 kN/cm2 0.02

10 Required Bottom Plate Thickness 0.50 cm 0.5011 Required Flange Thickness 0.64 cm 0.6412 Gap for Welding @ Section 2-2 1.50 cm 0.5313 Weld Stress @ Section 3-3 1.13 kN/cm2 0.08

Solid Shaft

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Design of Fixed Support

Allowable Stresses Max. Reaction Envelope (kNs)1 Allow. Bearing Stress @ 1-1& 2-2 For Max. Rx 1.69 4.83 26.58

Code ASD-AISC Chapter 5 page 5-79 For Max. Ry 1.69 4.83 26.580.9Fy 19.4 kN/cm2 For Max. Rz 1.69 4.83 26.58

2 Allow. Bearing Stress @ 3-3 For Min. Rz -0.82 -2.53 -16.96Code ASD-AISC Chapter 5 page 5-79 Design Data0.9Fy 22.3 kN/cm2 Support Node Dia 13.20 cm

3 Allowable Weld Stress: Section 1-1Code AWS Vertical Eccentricity 6.10 cm0.3Fexx 14.5 kN/cm2 Diameter of Shaft O/I 5.00 0 cm

4 Allowable Bending Stress for solid shaft: Weld Size 0.80 cmCode ASD-AISC Chapter 5 page 5-48 Section 2-20.75Fy 16.1 kN/cm2 Vertical Eccentricity 23.00 cm

5 Allowable Bending Stress for Plate: Diameter of Shaft O/I 6.00 0 cmCode ASD-AISC Chapter 5 page 5-48 Weld Size 0.80 cm0.75Fy 18.6 kN/cm2 Base Plate Details

Diameter of Base Plate 15.00 cmThickness of Base Plate 2.00 cmWeld Size @ Bottom 0.80 cmCenter to BasePlate 25.00 cm

Design Check Unity Check Ratio1 Bearing Stress @ Section 1-1 4.59 kN/cm2 0.242 Weld Stress @ Section 1-1 3.34 kN/cm2 0.233 Bearing Stress @ Section 2-2 8.01 kN/cm2 0.414 Bending Stress in Shaft 8.01 kN/cm2 0.505 Weld Stress @ Section 2-2 6.18 kN/cm2 0.436 Bearing Stress @ Section 3-3 0.64 kN/cm2 0.037 Weld Stress @ Section 3-3 1.42 kN/cm2 0.108 Required Thickness of Base Plate 1.45 cm 0.72

Solid Shaft

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