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TIS107-2533

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TIS107-2533

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UDC619.14.018.29462 ISBN9746061518STANDARD FOR HOLLOW STRUCTURAL STEEL SECTIONS THAI INDUSTRIAL STANDARD. 1072533. 107 2533 6 10400 0 2202 3300 107 171 13 2533(2)121 (1962) (3) 15 .. 2511 .1072517 91 224 27 2517 JISG34441982 Carbon Steel Tubes for General Structural PurposesJISG34661982 Carbon Steel Square Pipes for General Structural Purposes(5) 1665( .. 2533 ) .. 2511 .107251715.. 2511 121 (.. 2517)..2511 2 ..2517 .1072533 120 27 .. 2533 -1-. 107-2533 1. 1.1 (mild steel) 2.2.1 3 2.1.1 3 HS 41HS 50 HS 512.1.2 2 HS 41 HS 502.1.3 2 HS 41 HS 503. 3.1 1 2 3 4 5 6 = 100 7.1 1 = 0.785 A A . 1 3 1 3. 107-2533-2- 1 ( 3.1)mm cmt r15 21 .7 2.0 1. 238 0. 972 0. 607 0. 560 0.70020 27 .2 2.3 1. 799 1. 41 1. 41 1. 03 0.88025 34 .0 2.3 2. 291 1. 80 2. 89 1. 70 1.1232 42 .7 2.3 2. 919 2. 29 5. 97 2. 80 1.4340 48 .6 2.3 3. 345 2. 63 8. 99 3. 70 1.643.2 4. 564 3. 58 11. 8 4. 86 1.6150 60 .5 3.2 5. 760 4. 52 23. 7 7. 84 2.034.0 7. 100 5. 57 28. 5 9. 41 2.0065 76 .3 3.2 7. 349 5. 77 49. 2 12. 9 2.594.0 9. 085 7. 13 59. 5 15. 6 2.5680 89 .1 3.2 8. 636 6. 78 79. 8 17. 9 3.044.0 10. 69 8. 39 97. 0 21. 8 3.0190 101 .6 3.2 9. 892 7. 76 120 23. 6 3.484.0 12. 26 9. 63 146 28. 8 3.45100 114 .3 3.2 11. 17 8. 77 172 30. 2 3.934.5 15. 52 12. 2 234 41. 0 3.895.6 19. 12 15. 0 283 49. 6 3.85125 139 .8 4.5 19. 13 15. 0 438 62. 7 4.796.0 25. 22 19. 8 566 80. 9 4.74150 165 .2 4.5 22. 72 17. 8 734 88. 9 5.686.0 30. 01 23. 6 952 115 5.63175 190 .7 5.0 29. 17 22. 9 1 260 132 6.577.0 40. 40 31. 7 1 710 179 6.50200 216 .3 6.0 39. 61 31. 1 2 190 203 7.448.0 52. 35 41. 1 2 840 263 7.37Icm3Zcm4cm2Akg/mmmD-3-. 107-25332 ( 3.1)mmt25 25 2.0 1. 737 1. 36 1. 48 1. 19 0. 9242.3 1. 972 1. 53 1. 61 1. 29 0. 90432 32 2.3 2. 596 2. 04 3. 71 2. 32 1. 203.2 3. 423 2. 69 4. 54 2. 84 1. 1538 38 2.3 3. 148 2. 47 6. 54 3. 44 1. 443.2 4. 191 3. 29 8. 18 4. 30 1. 4050 50 2.3 4. 252 3. 34 15. 9 6. 34 1. 933.2 5. 727 4. 50 20. 4 8. 16 1. 8960 60 2.3 5. 172 4. 06 28. 3 9. 44 2. 343.2 7. 007 5. 50 36. 9 12. 3 2. 304.0 8. 548 6. 71 43. 6 14. 5 2. 2675 75 3.2 8. 927 7. 01 75. 5 20. 1 2. 914.0 10. 948 8. 59 90. 2 24. 1 2. 8790 90 3.2 10. 85 8. 51 135 29. 9 3. 524.0 13. 35 10. 48 162 36. 0 3. 484.5 14. 87 11. 67 178 39. 5 3. 46100 100 3.2 12. 13 9. 52 187 37. 5 3. 934.0 14. 95 11. 7 226 45. 3 3. 894.5 16. 67 13. 1 249 49. 9 3. 87150 150 4.5 25. 67 20. 1 896 120 5. 916.0 33. 63 26. 4 1150 153 5. 84175 175 4.5 30. 17 23. 7 1450 166 6. 936.0 39. 63 31. 1 1860 213 6. 86200 200 6.0 45. 63 35. 8 2830 283 7. 888.0 59. 79 46. 9 3620 362 7. 789.0 66. 67 52. 3 3 990 399 7. 73250 250 6.0 57. 63 45. 2 5 670 454 9. 928.0 75. 79 59. 2 7 320 585 9. 829.0 84. 67 66. 5 8 090 647 9. 78300 300 6.0 69. 63 54. 7 9 960 664 12. 09.0 102. 7 80. 6 14 300 956 11. 812.0 134. 5 106 18 300 1 220 11. 7350 350 9.0 120. 7 94. 7 23 200 1 320 13. 912.0 158. 5 124 29 800 1 700 13. 7D D cm4Ix = Iycm2Akg/mcm3Zx = Zycmrx = ry. 107-2533-4- 3 ( 3.1)mmt50 25 2.3 3. 102 2. 44 9. 31 3. 10 3. 72 2. 48 1. 73 1. 003.2 4. 127 3. 24 11. 6 3. 80 4. 65 3. 04 1. 68 0. 96060 30 2.3 3. 792 2. 98 16. 8 5. 65 5. 61 3. 76 2. 11 1. 223.2 5. 087 3. 99 21. 4 7. 08 7. 15 4. 72 2. 05 1. 1875 38 2.3 4. 850 3. 81 34. 6 12. 0 9. 23 6. 30 2. 67 1. 573.2 6. 559 5. 15 45. 0 15. 4 12. 0 8. 09 2. 62 1. 5375 45 2.3 5. 172 4. 06 38. 9 17. 6 10. 4 7. 82 2. 74 1. 843.2 7. 007 5. 50 50. 8 22. 8 13. 5 10. 1 2. 69 1. 8090 45 2.3 5. 862 4. 60 61. 0 20. 8 13. 6 9. 22 3. 23 1. 883.2 7. 967 6. 25 80. 2 27. 0 17. 8 12. 0 3. 17 1. 84100 50 3.2 8. 927 7. 01 112 38. 0 22. 5 15. 2 3. 55 2. 064.0 10. 95 8. 59 142 46. 7 28. 4 18. 7 3. 55 2. 034.5 12. 17 9. 55 147 48. 9 29. 3 19. 5 3. 47 2. 00125 50 3.2 10. 53 8. 26 198 46. 7 31. 6 18. 7 4. 33 2. 114.0 12. 95 10. 2 238 55. 6 38. 0 22. 0 4. 28 2. 074.5 14. 42 11. 3 261 60. 6 41. 7 24. 2 4. 25 2. 05125 75 3.2 12. 13 9. 52 257 117 41. 1 31. 1 4. 60 3. 104.0 14. 95 11. 7 311 141 49. 7 37. 5 4. 56 3. 074.5 16. 67 13. 1 342 155 54. 8 41. 2 4. 53 3. 04150 80 4.5 19. 37 15. 2 563 211 75. 0 52. 9 5. 39 3. 306.0 25. 23 19. 8 710 264 94. 7 66. 1 5. 31 3. 24150 100 4.5 21. 17 16. 6 658 352 87. 7 70. 4 5. 58 4. 086.0 27. 63 21. 7 835 444 111 88. 8 5. 50 4. 01200 100 4.5 25. 67 20. 1 1 330 455 133 90. 9 7. 20 4. 216.0 33. 63 26. 4 1 700 577 170 115 7. 12 4. 14ryZx ZycmAkg/mcm3IxD Brxcm2 Iycm4-5-. 107-25334 ( 3.1)5 ( 3.1) 50 0.5 50 12.0 3.2 0.3 4.0 8.0 10 0.3 0 D 2 100 1.5 D B 3 100 1.5 100 0.5 100 0.5 1.5 2.0 3.2 0.3 4.0 12.0 10 0.3 S 3t + 0 (t). 107-2533-6- 6 ( 3.1)4. 4.1 1 2 2 4.2 7 7 ( 4.2)4.3 4.3.1 8 600 10600 2 000 7.52 000 5 HS41 0.28 - - 0.048 0.048HS50 0.21 0.57 1.53 0.048 0.048HS51 0.33 0.37 0.33 1.03 0.048 0.048 -7-. 107-2533 8 ( 4.3.1)1) 8 1.5 1 2)D . 107-2533-8-4.3.2 9 7.2.2 9 ( 4.3.2) 8 1.5 1 5. 5.1 (1) HS 41 HS 50 HS 51(2) (3) 5.2 6. 6.1 6.2 6.2.1 HS 41 HS 501 402 4902 235 3143 23 23-9-. 107-25336.2.1.1 3 6.2.1.2 3. 4.1 5.1 6.2.2 6.2.2.1 6.2.1.2 1 2 6.2.2.2 4.2 4.3 4.2 4.3 2 4.2 4.3 6.3 6.2.1.2 6.2.2.2 7. 7.1 7.1.1 D B7.1.1.1 0.05 7.1.1.2 150 3 D B 2 7.1.1.3 7.1.2 7.1.2.1 0.01 7.1.2.2 2 3 7.1.2.3 . 107-2533-10-7.1.3 7.1.3.1 (1) 1 (2) 1 7.1.3.2 1 10 1010010100 1 000 100 1 000 7.1.3.3 3 7.1.4 7.1.4.1 (1) 0.05 (2) 7.1.4.2 (1) h1 h2h3 12 3 1 1 (7.1.4.2(1)-11-. 107-2533(2) 7.1.4.2(1) 4 (3) =h27.1.4.3 7.1.5 7.1.5.1 (1) (2) 0.5 7.1.5.2 (1) (2) (3) 7.1.5.3 7.1.6 7.1.3.1 (2)7.2 7.2.1 7.2.1.1 7.2.1.2 (1) 10(2) 50 50 7.2.1.3 6 .244 6h1 + h32. 107-2533-12-7.2.2 7.2.2.1 7.2.1.17.2.2.2 117.2.2.3 5 .244 5 10 (7.2.1.2(1)) 0.05r 50 19 0.7 50 0.5 60 1550 170 25 0.7 50 0.5 60 15170 38 0.7 50 0.5 60 15bDLoLc-13-. 107-253311 (7.2.2.2) 0.087.3 ( 50 ) 13 .244 13 90 8 7.4 ( 50 ) 50 ( ) 25 2 8 r12.5 0.5 50 0.5 60 2025 0.7 50 0.5 60 15LcbLo. 107-2533-14- 2 ( 7.4)-15-. 107-2533 ( 3.1).1 t D .2 .2.1 Ix= 1/2 (B4t) (Dt)2t 405 3 t2Iy= 1/2 (D4t) (Bt)2t 405 3 t2Zx= 2Zy= 2rx=ry== 0.024 66t (D-t)t(D4t)36(B-4t) t33 t41083136229 (D4t) 56t18 (D-4t) t33 t(B4t)36t41083136229 (D4t) 56t18 IxDIyBIxAIyA. 107-2533-16-Ix xx Iy yy Zx xx Zy yy rx xx ry yy t B, D .2.2 t B, D = 2t (B4t)2t (D4t) 3t2=0.015 7t (BD3.287t)