Efative luk ling L.m gh in Fed (Lir) with Resped b Ind iantad Axis Y-Y Axis axy Y- Resped b Ind iantad Axis Efatie Budk ling Langh in Fed (Lir) with Y-Y Axis F等 家 等 TABLE 10.5 Safe Factored Loads for Double-Angle Compression Members of A36 Steel 2.5 x2 Sike (in.) Thicknas (in.) Waght (Ibvft) Ara (in 2) 3.5 x 2.5 3x2 Size (in ) 5x 3.5 6x4 9x8 169 14.2 12.2 9.88 8.18 8.97 7.3 Wa ght (bvft) 2.64 2.14 Aran (in.2) 89 13.6 46.3 32.3 24.6 7.22 1.91 1.93 4.98 4.19 3.58 2.9 2.96 2.4 9.5 19 10'8 5. 73 4.81 1.26 1.27 1.11 1.12 XA 8L'0 LL'o $60 $60 a E60 16O 89'0 191 1.48 1.46 1.22 1.21 1.3 1.29 1.09 1.08 2.47 2.43 9I 66'I 8SI 1.64 1.61 60 116 69 98 99 18 10中 9 308 213 O l16 96 z 19z1 I 105 113 6 233 175 Z 68 £6 9 136 114 191 68 84 545 344 12 214 191 145 ZL 101 611 001 8 29 9% 512 326 14 89 70 57 ISI 8 14 204 148 £6 192 9 4. EL 601 s Iz9 IS 69 54 44 91 402 263 18 91 90 181 132 12 157 116 14 191 143 96 84 28 09 10 IS 29 29 14 601 19 6E IE 8E 41 14 33 16 26 18 161 136 138 110 125 101 28 254 175 22 112 16 SE 22 12 IZ 18 14 11 16 91 96 09 17 14 81 59 zz Iz9 08 67 781 142 09 648 401 308 213 9 2 us 245 157 96 194 69 98 99 75 99 2. 79 6 901 £9 66 70 55 54 9. ot Josz ve 205 136 6 211 18 148 9 68 + 29 ES 14 L6 464 266 12 182 122 01 12 E6 61 10 161 134 L91 120 48 74 66 51 69 69 132 01 loi SI I ost OE 91 29 钟 S 14 76 zi le Di lLE 9 91 Isiz 8SE 09 8 IzE 34 45 35 24 285 177 18 118 801 91 81 98 91 l19 81 ES zz 18 97 18 12 15| 14 97 EE 88 0z 16E1 LIt 8 69 30 16 LE 81 e 61 61 17 14 z s01 191 zE SL IS Source: Developod from data in the Manwal of Steel Constracton (Rdf. 5) with parmission of the publi sher, Amarian Institute of Sted Constructi on Factored nominal axial compression strangth for membas inkips.
Efative luk ling L.m gh in Fed (Lir) with Resped b Ind iantad Axis Y-Y Axis axy Y- Resped b Ind iantad Axis Efatie Budk ling Langh in Fed (Lir) with Y-Y Axis F等 家 等 TABLE 10.5 Safe Factored Loads for Double-Angle Compression Members of A36 Steel 2.5 x2 Sike (in.) Thicknas (in.) Waght (Ibvft) Ara (in 2) 3.5 x 2.5 3x2 Size (in ) 5x 3.5 6x4 9x8 169 14.2 12.2 9.88 8.18 8.97 7.3 Wa ght (bvft) 2.64 2.14 Aran (in.2) 89 13.6 46.3 32.3 24.6 7.22 1.91 1.93 4.98 4.19 3.58 2.9 2.96 2.4 9.5 19 10'8 5. 73 4.81 1.26 1.27 1.11 1.12 XA 8L'0 LL'o $60 $60 a E60 16O 89'0 191 1.48 1.46 1.22 1.21 1.3 1.29 1.09 1.08 2.47 2.43 9I 66'I 8SI 1.64 1.61 60 116 69 98 99 18 10中 9 308 213 O l16 96 z 19z1 I 105 113 6 233 175 Z 68 £6 9 136 114 191 68 84 545 344 12 214 191 145 ZL 101 611 001 8 29 9% 512 326 14 89 70 57 ISI 8 14 204 148 £6 192 9 4. EL 601 s Iz9 IS 69 54 44 91 402 263 18 91 90 181 132 12 157 116 14 191 143 96 84 28 09 10 IS 29 29 14 601 19 6E IE 8E 41 14 33 16 26 18 161 136 138 110 125 101 28 254 175 22 112 16 SE 22 12 IZ 18 14 11 16 91 96 09 17 14 81 59 zz Iz9 08 67 781 142 09 648 401 308 213 9 2 us 245 157 96 194 69 98 99 75 99 2. 79 6 901 £9 66 70 55 54 9. ot Josz ve 205 136 6 211 18 148 9 68 + 29 ES 14 L6 464 266 12 182 122 01 12 E6 61 10 161 134 L91 120 48 74 66 51 69 69 132 01 loi SI I ost OE 91 29 钟 S 14 76 zi le Di lLE 9 91 Isiz 8SE 09 8 IzE 34 45 35 24 285 177 18 118 801 91 81 98 91 l19 81 ES zz 18 97 18 12 15| 14 97 EE 88 0z 16E1 LIt 8 69 30 16 LE 81 e 61 61 17 14 z s01 191 zE SL IS Source: Developod from data in the Manwal of Steel Constracton (Rdf. 5) with parmission of the publi sher, Amarian Institute of Sted Constructi on Factored nominal axial compression strangth for membas inkips.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
Using Table 10.5, select the lightest tubing column to carry
an axial dead load of 30 kips and a live load of 34 kips if the unbraced height
is 10 ft.
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