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Structural Calculation for Parking Shelter using STAAD Pro
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STAAD.Pro Report
To:From:
Copy to:Date:27/02/2015 23:35:00Ref:ca/ Document1
CAR PARKING SHELTER DESIGN - MODIFICATIONS
Job Information
EngineerCheckedApproved
Name:VK
Date:25-Feb-15
Structure TypeSPACE FRAME
Number of Nodes113Highest Node116
Number of Elements161Highest Beam247
Number of Plates20Highest Plate232
Included in this printout are results for load cases:TypeL/CName
Primary1DEAD LOAD
Primary2ROOF LIVE LOAD
Primary3WIND LOAD
Combination4COMB1 - DL + RL + WL
Combination5COMB2 - 0.9DL + 1.4WL
Combination6COMB1 - DL + RL
Nodes
NodeX(m)Y(m)Z(m)
1 10.000 0.000 0.000
2 10.000 2.000 0.000
3 10.000 2.600 0.000
4 7.000 2.600 0.000
5 4.500 2.000 0.000
6 10.000 2.850 0.000
7 9.000 2.600 0.000
8 8.000 2.600 0.000
9 6.000 2.475 0.000
10 5.250 2.350 0.000
11 10.000 0.000 2.670
12 10.000 2.000 2.670
13 10.000 2.600 2.670
14 7.000 2.600 2.670
15 4.500 2.000 2.670
16 10.000 2.850 2.670
17 9.000 2.600 2.670
18 8.000 2.600 2.670
19 6.000 2.475 2.670
20 5.250 2.350 2.670
21 10.000 0.000 5.340
22 10.000 2.000 5.340
23 10.000 2.600 5.340
24 7.000 2.600 5.340
25 4.500 2.000 5.340
26 10.000 2.850 5.340
27 9.000 2.600 5.340
28 8.000 2.600 5.340
29 6.000 2.475 5.340
30 5.250 2.350 5.340
31 10.000 0.000 8.010
32 10.000 2.000 8.010
33 10.000 2.600 8.010
34 7.000 2.600 8.010
35 4.500 2.000 8.010
36 10.000 2.850 8.010
37 9.000 2.600 8.010
38 8.000 2.600 8.010
39 6.000 2.475 8.010
40 5.250 2.350 8.010
41 10.000 0.000 10.680
42 10.000 2.000 10.680
43 10.000 2.600 10.680
44 7.000 2.600 10.680
45 4.500 2.000 10.680
46 10.000 2.850 10.680
47 9.000 2.600 10.680
48 8.000 2.600 10.680
49 6.000 2.475 10.680
50 5.250 2.350 10.680
51 10.000 0.000 13.350
52 10.000 2.000 13.350
53 10.000 2.600 13.350
54 7.000 2.600 13.350
55 4.500 2.000 13.350
56 10.000 2.850 13.350
57 9.000 2.600 13.350
58 8.000 2.600 13.350
59 6.000 2.475 13.350
60 5.250 2.350 13.350
61 10.000 0.000 16.020
62 10.000 2.000 16.020
63 10.000 2.600 16.020
64 7.000 2.600 16.020
65 4.500 2.000 16.020
66 10.000 2.850 16.020
67 9.000 2.600 16.020
68 8.000 2.600 16.020
69 6.000 2.475 16.020
70 5.250 2.350 16.020
71 10.000 0.000 18.690
72 10.000 2.000 18.690
73 10.000 2.600 18.690
74 7.000 2.600 18.690
75 4.500 2.000 18.690
76 10.000 2.850 18.690
77 9.000 2.600 18.690
78 8.000 2.600 18.690
79 6.000 2.475 18.690
80 5.250 2.350 18.690
81 10.000 0.000 21.360
82 10.000 2.000 21.360
83 10.000 2.600 21.360
84 7.000 2.600 21.360
85 4.500 2.000 21.360
86 10.000 2.850 21.360
87 9.000 2.600 21.360
88 8.000 2.600 21.360
89 6.000 2.475 21.360
90 5.250 2.350 21.360
91 11.300 0.000-2.250
92 11.300 2.000-2.250
93 11.300 2.600-2.250
94 11.300 2.850-2.250
95 13.300 0.000-3.660
96 13.300 2.000-3.660
97 13.300 2.600-3.660
98 13.300 2.850-3.660
100 14.700 2.000-3.660
101 6.660 2.000-5.560
104 11.780 2.000-8.920
105 8.980 2.600-3.905
106 12.540 2.600-6.290
107 10.140 2.600-3.078
108 12.920 2.600-4.975
109 14.200 2.000-9.160
110 10.000 3.650 16.020
111 10.000 3.650 21.360
112 10.000 3.650 10.680
113 10.000 3.650 5.340
114 10.000 3.650 0.000
115 11.300 3.650-2.250
116 13.300 3.650-3.660
Beams
BeamNode ANode BLength(m)Property(degrees)
112 2.00050
223 0.60050
449 1.008490
537 1.00020
636 0.25050
764 3.010490
878 1.00020
984 1.00020
1027 1.166490
11910 0.760490
12105 0.828490
13212 2.67060
15414 2.670490
16515 2.67060
221112 2.00050
231213 0.60050
241419 1.008490
251317 1.00020
261316 0.25050
271614 3.01040
281718 1.00020
291814 1.00020
301217 1.166490
311920 0.760490
322015 0.828490
331222 2.67060
351424 2.670490
361525 2.67060
422122 2.00050
432223 0.60050
442429 1.008490
452327 1.00020
462326 0.25050
472624 3.01040
482728 1.00020
492824 1.00020
502227 1.166490
512930 0.760490
523025 0.828490
532232 2.67060
552434 2.670490
562535 2.67060
623132 2.00050
633233 0.60050
643439 1.008490
653337 1.00020
663336 0.25050
673634 3.01040
683738 1.00020
693834 1.00020
703237 1.166490
713940 0.760490
724035 0.828490
733242 2.67060
753444 2.670490
763545 2.67060
824142 2.00050
834243 0.60050
844449 1.008490
854347 1.00020
864346 0.25050
874644 3.01040
884748 1.00020
894844 1.00020
904247 1.166490
914950 0.760490
925045 0.828490
934252 2.67060
954454 2.670490
964555 2.67060
1025152 2.00050
1035253 0.60050
1045459 1.008490
1055357 1.00020
1065356 0.25050
1075654 3.01040
1085758 1.00020
1095854 1.00020
1105257 1.166490
1115960 0.760490
1126055 0.828490
1135262 2.67060
1155464 2.670490
1165565 2.67060
1226162 2.00050
1236263 0.60050
1246469 1.008490
1256367 1.00020
1266366 0.25050
1276664 3.01040
1286768 1.00020
1296864 1.00020
1306267 1.166490
1316970 0.760490
1327065 0.828490
1336272 2.67060
1356474 2.670490
1366575 2.67060
1427172 2.00050
1437273 0.60050
1447479 1.008490
1457377 1.00020
1467376 0.25050
1477674 3.01040
1487778 1.00020
1497874 1.00020
1507277 1.166490
1517980 0.760490
1528075 0.828490
1537282 2.67060
1557484 2.670490
1567585 2.67060
1628182 2.00050
1638283 0.60050
1648489 1.008490
1658387 1.00020
1668386 0.25050
1678684 3.01040
1688788 1.00020
1698884 1.00020
1708287 1.166490
1718990 0.760490
1729085 0.828490
1739192 2.00050
1749293 0.60050
1759394 0.25050
1769596 2.000790
1779697 0.600790
1789798 0.250790
1819296 2.44760
182922 2.59960
18696100 1.40060
196104106 2.80330
198101105 2.91230
199105107 1.42520
200106108 1.36920
20110594 2.861490
20210698 2.749490
2034105 4.378490
204105106 4.285490
20510793 1.42520
20610897 1.36920
20710792 1.54630
20810896 1.49530
210109104 2.43260
2115101 5.96560
212101104 6.12460
23311066 0.80050
2351146 0.80050
23611326 0.80050
23711246 0.80050
23811186 0.80050
23911190 4.92580
24011070 4.92580
24111250 4.92580
24211330 4.92580
24311410 4.92580
24411698 0.800790
24511594 0.80050
246115101 5.93480
247116104 5.71880
Section PropertiesPropSectionArea(cm2)Iyy(cm4)Izz(cm4)J(cm4)Material
2CH100X50X10 13.000 32.300 208.000 2.428STEEL
3TUB80403.0 6.740 18.000 54.200 42.720STEEL
4CH76X38 8.530 10.700 74.100 1.106STEEL
5W5X16 TB 72.193 1.38E 3 2.93E 3 27.525STEEL
6SQU 0.2X0.2X0.0 6.000 224.775 224.775 337.500STEEL
7W5X19 TB 77.742 1.45E 3 3.24E 3 32.546STEEL
8PIPX10 4.123 4.412 4.412 8.792STEEL
Plate ThicknessPropNode A(cm)Node B(cm)Node C(cm)Node D(cm)Material
1 0.035 0.035 0.035 0.035STEEL
SupportsNodeX(kN/mm)Y(kN/mm)Z(kN/mm)rX(kN-m/deg)rY(kN-m/deg)rZ(kN-m/deg)
1FixedFixedFixedFixedFixedFixed
11FixedFixedFixedFixedFixedFixed
21FixedFixedFixedFixedFixedFixed
31FixedFixedFixedFixedFixedFixed
41FixedFixedFixedFixedFixedFixed
51FixedFixedFixedFixedFixedFixed
61FixedFixedFixedFixedFixedFixed
71FixedFixedFixedFixedFixedFixed
81FixedFixedFixedFixedFixedFixed
91FixedFixedFixedFixedFixedFixed
95FixedFixedFixedFixedFixedFixed
Basic Load CasesNumberName
1DEAD LOAD
2ROOF LIVE LOAD
3WIND LOAD
Combination Load CasesComb.Combination L/C NamePrimaryPrimary L/C NameFactor
4COMB1 - DL + RL + WL1DEAD LOAD 1.00
2ROOF LIVE LOAD 1.00
3WIND LOAD 1.00
5COMB2 - 0.9DL + 1.4WL1DEAD LOAD 0.90
3WIND LOAD 1.40
6COMB1 - DL + RL1DEAD LOAD 1.00
2ROOF LIVE LOAD 1.00
Node Displacement SummaryNodeL/CX(mm)Y(mm)Z(mm)Resultant(mm)rX(rad)rY(rad)rZ(rad)
Max X1095:COMB2 - 0.9DL + 1.4WL 10.558-8.617 9.379 16.544-0.008-0.001 0.004
Min X1126:COMB1 - DL + RL-14.470-0.015-1.195 14.520-0.000 0.000 0.007
Max Y1043:WIND LOAD 7.692 13.456 2.238 15.661 0.001-0.000-0.000
Min Y556:COMB1 - DL + RL 5.786-68.134-0.550 68.382-0.000-0.000 0.018
Max Z1095:COMB2 - 0.9DL + 1.4WL 10.558-8.617 9.379 16.544-0.008-0.001 0.004
Min Z1156:COMB1 - DL + RL-11.916-0.017-6.281 13.470-0.004 0.000 0.005
Max rX156:COMB1 - DL + RL 1.358-51.892-0.265 51.910 0.004 0.001 0.013
Min rX1096:COMB1 - DL + RL-1.411-33.060 6.416 33.706-0.012-0.001 0.005
Max rY206:COMB1 - DL + RL-3.552-41.361 0.098 41.513 0.004 0.001 0.016
Min rY906:COMB1 - DL + RL-3.755-35.994-1.454 36.218-0.006-0.002 0.013
Max rZ596:COMB1 - DL + RL-4.611-33.338-0.591 33.660-0.000-0.000 0.026
Min rZ1163:WIND LOAD 10.489-0.003 5.766 11.969 0.002-0.000-0.004
Max Rst556:COMB1 - DL + RL 5.786-68.134-0.550 68.382-0.000-0.000 0.018
Beam End Displacement SummaryDisplacements shown in italic indicate the presence of an offsetBeamNodeL/CX(mm)Y(mm)Z(mm)Resultant(mm)
Max X2101095:COMB2 - 0.9DL + 1.4WL 10.559-8.617 9.379 16.544
Min X2371126:COMB1 - DL + RL-14.470-0.015-1.195 14.520
Max Y1961043:WIND LOAD 7.693 13.456 2.238 15.661
Min Y96556:COMB1 - DL + RL 5.786-68.134-0.550 68.382
Max Z2101095:COMB2 - 0.9DL + 1.4WL 10.559-8.617 9.379 16.544
Min Z2451156:COMB1 - DL + RL-11.916-0.017-6.281 13.470
Max Rst96556:COMB1 - DL + RL 5.786-68.134-0.550 68.382
Reaction SummaryHorizontalVerticalHorizontalMoment
NodeL/CFX(kN)FY(kN)FZ(kN)MX(kNm)MY(kNm)MZ(kNm)
Max FX956:COMB1 - DL + RL 5.308 2.602-1.327 4.201-0.193-10.529
Min FX15:COMB2 - 0.9DL + 1.4WL-19.307 10.236-3.718-2.700 0.252 10.557
Max FY16:COMB1 - DL + RL-6.919 14.562-0.207 0.426 0.088-7.001
Min FY913:WIND LOAD-11.857-1.444-2.736-1.738 0.308 15.530
Max FZ316:COMB1 - DL + RL 2.423 6.110 1.217 1.716-0.034-14.201
Min FZ955:COMB2 - 0.9DL + 1.4WL-3.925 4.103-10.989-13.346 0.057 5.063
Max MX956:COMB1 - DL + RL 5.308 2.602-1.327 4.201-0.193-10.529
Min MX955:COMB2 - 0.9DL + 1.4WL-3.925 4.103-10.989-13.346 0.057 5.063
Max MY913:WIND LOAD-11.857-1.444-2.736-1.738 0.308 15.530
Min MY916:COMB1 - DL + RL 1.583 11.809-6.882-3.569-0.263-13.334
Max MZ913:WIND LOAD-11.857-1.444-2.736-1.738 0.308 15.530
Min MZ316:COMB1 - DL + RL 2.423 6.110 1.217 1.716-0.034-14.201
Whole Structure Beam Stress 5e+007mm:m 5 COMB2 - 0.9DL + 1.4WL
Whole Structure Beam Stress 5e+007mm:m 4 COMB1 - DL + RL + WL
Whole Structure Fx 50kN:1m 4 COMB1 - DL + RL + WL
Whole Structure Fx 50kN:1m 5 COMB2 - 0.9DL + 1.4WL
Whole Structure Displacements 1000mm:1m 4 COMB1 - DL + RL + WL
Whole Structure Displacements 230mm:1m 5 COMB2 - 0.9DL + 1.4WL
Whole Structure Displacements 230mm:1m 4 COMB1 - DL + RL + WL
Whole Structure Mz 100kNm:1m 4 COMB1 - DL + RL + WL
Whole Structure Mz 100kNm:1m 5 COMB2 - 0.9DL + 1.4WL
DESIGN SUMMARY
1. Wind load considered for the design 160km/hr.
2. Existing foundation size assumed as 2' x 2' x 1.5' only
3. Analysis result shows Columns B1 is having Tension (i.e upward force) hence foundation weight to be increased to balance the conditions.
4. It is proposed to increase the size by 1'-0" x 2'-0" x 1'-6" as shown in Drawing
5. Analysis results suggest the existing structure is having deflection (negative) upto 160mm at Columns type A1 to A2's free end (Cantilever portion).
6. This deflection due to gravity load and insufficient column member (existing columns - H5x19). Hence it is proposed to increase the stiffness of the columns/flange.
For Column Support - A1 (Modification) 8" wide (12mm Tk.) plate to be welded with column flanges. Stiffeners (6mm Tk.) between flanges to be welded @ every 2'6"(750mm). Free end channels (MC 75) welded with 1.3" (34mm dia - 4mm TK) pipe to main columns as shown For Column Support - B1 (Modification) H4x13 section to be welded with Existing Column H5x19 as shown in drawings; this will increase the bending strength. Stiffeners (6mm Tk.) between flanges to be welded @ every 2'6"(750mm). Free end Tube (T80x40mm) welded with 1.3" (34mm dia - 4mm TK) pipe to main columns as show
7. After these all modifications, Analysis was performed; the maximum vertical deflection is 68mm and maximum lateral deflection is 25mm which is acceptable.
8. Only existing MC75 channel is yielding by slender ratio.
9. Support the free end first (at-least 150mm upward chamber) start welding the flange cover plates / H beam. Then start welding the pipe support from H columns to MC75 / T80x40 section. Release the free end support after welding completed
10. All welding shall be minimum of 5mm Tk. or the member thickness which is less. Electrodes can be E60XX and all welding shall confirm to AWS as applicable. Stitch weld shall be @ 200mm C/C.
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