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  1. Page: 5
  2. 1.2 Analysis1.WLC(1, 1)
  3. Name Analysis1.WLC(1, 1)
  4. Description Wave load condition
  5. FEM LC 60
  6.  
  7. 1.2.1 Analysis1.WLC(1, 1) : FEM Node Reaction
  8. Analysis1.WLC(1, 1) : FEM Node Reaction
  9. - Sorted by Name (Ascending)
  10. - Then sorted by FEM Node (Ascending)
  11.  
  12. - Analysis : Analysis1
  13.  
  15. Page: 6
  16. Analysis1.WLC(1, 1) : FEM Node Reaction
  17.  
  18. Name FEM X Y Z FX FY FZ MX MY MZ
  19. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  20. --------------------------------------------------------------------------------------------------------------------------------------------------------
  21. Sp1 4 -15 -8.66 -54.3 -1949.59 -761.213 -5634.5 3809.88 -10327 468.343
  22. Sp65 14 0 17.321 -54.3 -563.287 16.3105 -10.5648 -80.7556 -3323.63 -904.208
  23. Sp84 9 15 -8.66 -54.3 -1895 760.777 5737.65 -3717.6 -10043.8 487.335
  24. ________________________________________________________________________________________________________________________________________________________
  25.  
  27. Page: 7
  28. 1.3 Analysis1.WLC(2, 1)
  29. Name Analysis1.WLC(2, 1)
  30. Description Wave load condition
  31. FEM LC 61
  32.  
  33. 1.3.1 Analysis1.WLC(2, 1) : FEM Node Reaction
  34. Analysis1.WLC(2, 1) : FEM Node Reaction
  35. - Sorted by Name (Ascending)
  36. - Then sorted by FEM Node (Ascending)
  37.  
  38. - Analysis : Analysis1
  39.  
  41. Page: 8
  42. Analysis1.WLC(2, 1) : FEM Node Reaction
  43.  
  44. Name FEM X Y Z FX FY FZ MX MY MZ
  45. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  46. --------------------------------------------------------------------------------------------------------------------------------------------------------
  47. Sp1 4 -15 -8.66 -54.3 -2070.34 -1163.57 -6531.56 6080.62 -10887.5 -9.9744
  48. Sp65 14 0 17.321 -54.3 -458.6 -1146.24 3319.5 5898.02 -2720.96 -794.223
  49. Sp84 9 15 -8.66 -54.3 -1282.82 115.444 3331.1 -218.274 -6908.61 853.082
  50. ________________________________________________________________________________________________________________________________________________________
  51.  
  53. Page: 9
  54. 1.4 Analysis1.WLC(3, 1)
  55. Name Analysis1.WLC(3, 1)
  56. Description Wave load condition
  57. FEM LC 62
  58.  
  59. 1.4.1 Analysis1.WLC(3, 1) : FEM Node Reaction
  60. Analysis1.WLC(3, 1) : FEM Node Reaction
  61. - Sorted by Name (Ascending)
  62. - Then sorted by FEM Node (Ascending)
  63.  
  64. - Analysis : Analysis1
  65.  
  67. Page: 10
  68. Analysis1.WLC(3, 1) : FEM Node Reaction
  69.  
  70. Name FEM X Y Z FX FY FZ MX MY MZ
  71. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  72. --------------------------------------------------------------------------------------------------------------------------------------------------------
  73. Sp1 4 -15 -8.66 -54.3 -1700.32 -1294.01 -5803.88 6929.51 -8852.04 -487.589
  74. Sp65 14 0 17.321 -54.3 -230.567 -2032.69 5895.39 10471.3 -1396.73 -467.045
  75. Sp84 9 15 -8.66 -54.3 -319.63 -576.099 18.0294 3433.16 -1911.67 985.928
  76. ________________________________________________________________________________________________________________________________________________________
  77.  
  79. Page: 11
  80. 1.5 Analysis1.WLC(4, 1)
  81. Name Analysis1.WLC(4, 1)
  82. Description Wave load condition
  83. FEM LC 63
  84.  
  85. 1.5.1 Analysis1.WLC(4, 1) : FEM Node Reaction
  86. Analysis1.WLC(4, 1) : FEM Node Reaction
  87. - Sorted by Name (Ascending)
  88. - Then sorted by FEM Node (Ascending)
  89.  
  90. - Analysis : Analysis1
  91.  
  93. Page: 12
  94. Analysis1.WLC(4, 1) : FEM Node Reaction
  95.  
  96. Name FEM X Y Z FX FY FZ MX MY MZ
  97. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  98. --------------------------------------------------------------------------------------------------------------------------------------------------------
  99. Sp1 4 -15 -8.66 -54.3 -786.267 -1143.23 -3396.55 6359.75 -3933.03 -845.858
  100. Sp65 14 0 17.321 -54.3 -22.2128 -2376.17 6910.28 12247.7 -168.953 4.74759
  101. Sp84 9 15 -8.66 -54.3 805.65 -1047.87 -3398.15 5729.52 4037.94 856.079
  102. ________________________________________________________________________________________________________________________________________________________
  103.  
  105. Page: 13
  106. 1.6 Analysis1.WLC(5, 1)
  107. Name Analysis1.WLC(5, 1)
  108. Description Wave load condition
  109. FEM LC 64
  110.  
  111. 1.6.1 Analysis1.WLC(5, 1) : FEM Node Reaction
  112. Analysis1.WLC(5, 1) : FEM Node Reaction
  113. - Sorted by Name (Ascending)
  114. - Then sorted by FEM Node (Ascending)
  115.  
  116. - Analysis : Analysis1
  117.  
  119. Page: 14
  120. Analysis1.WLC(5, 1) : FEM Node Reaction
  121.  
  122. Name FEM X Y Z FX FY FZ MX MY MZ
  123. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  124. --------------------------------------------------------------------------------------------------------------------------------------------------------
  125. Sp1 4 -15 -8.66 -54.3 370.594 -652.664 27.5879 3910.23 2217.72 -978.58
  126. Sp65 14 0 17.321 -54.3 194.941 -2047.35 5944.12 10547.5 1116.48 480.904
  127. Sp84 9 15 -8.66 -54.3 1689.84 -1211.48 -5850.58 6357.13 8764.46 489.387
  128. ________________________________________________________________________________________________________________________________________________________
  129.  
  131. Page: 15
  132. 1.7 Analysis1.WLC(6, 1)
  133. Name Analysis1.WLC(6, 1)
  134. Description Wave load condition
  135. FEM LC 65
  136.  
  137. 1.7.1 Analysis1.WLC(6, 1) : FEM Node Reaction
  138. Analysis1.WLC(6, 1) : FEM Node Reaction
  139. - Sorted by Name (Ascending)
  140. - Then sorted by FEM Node (Ascending)
  141.  
  142. - Analysis : Analysis1
  143.  
  145. Page: 16
  146. Analysis1.WLC(6, 1) : FEM Node Reaction
  147.  
  148. Name FEM X Y Z FX FY FZ MX MY MZ
  149. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  150. --------------------------------------------------------------------------------------------------------------------------------------------------------
  151. Sp1 4 -15 -8.66 -54.3 1343.49 82.065 3333.14 -43.9506 7290.39 -855.299
  152. Sp65 14 0 17.321 -54.3 441.317 -1162.04 3334.95 5981.12 2586.57 798.469
  153. Sp84 9 15 -8.66 -54.3 2034.2 -1118.41 -6571.96 5724.25 10635.8 16.325
  154. ________________________________________________________________________________________________________________________________________________________
  155.  
  157. Page: 17
  158. 1.8 Analysis1.WLC(7, 1)
  159. Name Analysis1.WLC(7, 1)
  160. Description Wave load condition
  161. FEM LC 66
  162.  
  163. 1.8.1 Analysis1.WLC(7, 1) : FEM Node Reaction
  164. Analysis1.WLC(7, 1) : FEM Node Reaction
  165. - Sorted by Name (Ascending)
  166. - Then sorted by FEM Node (Ascending)
  167.  
  168. - Analysis : Analysis1
  169.  
  171. Page: 18
  172. Analysis1.WLC(7, 1) : FEM Node Reaction
  173.  
  174. Name FEM X Y Z FX FY FZ MX MY MZ
  175. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  176. --------------------------------------------------------------------------------------------------------------------------------------------------------
  177. Sp1 4 -15 -8.66 -54.3 1926.46 759.819 5661.78 -3803.07 10265.2 -504.502
  178. Sp65 14 0 17.321 -54.3 558.587 -7.22212 31.6707 43.3023 3290.11 896.207
  179. Sp84 9 15 -8.66 -54.3 1856.76 -745.491 -5569.77 3658.58 9774.04 -446.92
  180. ________________________________________________________________________________________________________________________________________________________
  181.  
  183. Page: 19
  184. 1.9 Analysis1.WLC(8, 1)
  185. Name Analysis1.WLC(8, 1)
  186. Description Wave load condition
  187. FEM LC 67
  188.  
  189. 1.9.1 Analysis1.WLC(8, 1) : FEM Node Reaction
  190. Analysis1.WLC(8, 1) : FEM Node Reaction
  191. - Sorted by Name (Ascending)
  192. - Then sorted by FEM Node (Ascending)
  193.  
  194. - Analysis : Analysis1
  195.  
  197. Page: 20
  198. Analysis1.WLC(8, 1) : FEM Node Reaction
  199.  
  200. Name FEM X Y Z FX FY FZ MX MY MZ
  201. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  202. --------------------------------------------------------------------------------------------------------------------------------------------------------
  203. Sp1 4 -15 -8.66 -54.3 2053.56 1147.48 6489.63 -6010.13 10856 12.8518
  204. Sp65 14 0 17.321 -54.3 440.332 1134.43 -3222.74 -5816.06 2579 765.911
  205. Sp84 9 15 -8.66 -54.3 1262.58 -99.2134 -3171.4 150.962 6762.47 -818.723
  206. ________________________________________________________________________________________________________________________________________________________
  207.  
  209. Page: 21
  210. 1.10 Analysis1.WLC(9, 1)
  211. Name Analysis1.WLC(9, 1)
  212. Description Wave load condition
  213. FEM LC 68
  214.  
  215. 1.10.1 Analysis1.WLC(9, 1) : FEM Node Reaction
  216. Analysis1.WLC(9, 1) : FEM Node Reaction
  217. - Sorted by Name (Ascending)
  218. - Then sorted by FEM Node (Ascending)
  219.  
  220. - Analysis : Analysis1
  221.  
  223. Page: 22
  224. Analysis1.WLC(9, 1) : FEM Node Reaction
  225.  
  226. Name FEM X Y Z FX FY FZ MX MY MZ
  227. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  228. --------------------------------------------------------------------------------------------------------------------------------------------------------
  229. Sp1 4 -15 -8.66 -54.3 1659.64 1250.62 5684.21 -6714.97 8671.55 527.997
  230. Sp65 14 0 17.321 -54.3 204.364 1948.83 -5630.65 -10007.3 1209.16 425.403
  231. Sp84 9 15 -8.66 -54.3 309.15 576.591 62.3574 -3424.24 1845.47 -969.814
  232. ________________________________________________________________________________________________________________________________________________________
  233.  
  235. Page: 23
  236. 1.11 Analysis1.WLC(10, 1)
  237. Name Analysis1.WLC(10, 1)
  238. Description Wave load condition
  239. FEM LC 69
  240.  
  241. 1.11.1 Analysis1.WLC(10, 1) : FEM Node Reaction
  242. Analysis1.WLC(10, 1) : FEM Node Reaction
  243. - Sorted by Name (Ascending)
  244. - Then sorted by FEM Node (Ascending)
  245.  
  246. - Analysis : Analysis1
  247.  
  249. Page: 24
  250. Analysis1.WLC(10, 1) : FEM Node Reaction
  251.  
  252. Name FEM X Y Z FX FY FZ MX MY MZ
  253. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  254. --------------------------------------------------------------------------------------------------------------------------------------------------------
  255. Sp1 4 -15 -8.66 -54.3 767.029 1115.27 3370.56 -6209.37 3845.45 869.836
  256. Sp65 14 0 17.321 -54.3 20.5812 2264.11 -6621 -11639.6 156.285 -3.68318
  257. Sp84 9 15 -8.66 -54.3 -785.88 1025.99 3375.12 -5616.1 -3946.01 -878.891
  258. ________________________________________________________________________________________________________________________________________________________
  259.  
  261. Page: 25
  262. 1.12 Analysis1.WLC(11, 1)
  263. Name Analysis1.WLC(11, 1)
  264. Description Wave load condition
  265. FEM LC 70
  266.  
  267. 1.12.1 Analysis1.WLC(11, 1) : FEM Node Reaction
  268. Analysis1.WLC(11, 1) : FEM Node Reaction
  269. - Sorted by Name (Ascending)
  270. - Then sorted by FEM Node (Ascending)
  271.  
  272. - Analysis : Analysis1
  273.  
  275. Page: 26
  276. Analysis1.WLC(11, 1) : FEM Node Reaction
  277.  
  278. Name FEM X Y Z FX FY FZ MX MY MZ
  279. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  280. --------------------------------------------------------------------------------------------------------------------------------------------------------
  281. Sp1 4 -15 -8.66 -54.3 -362.29 657.163 54.8944 -3931.87 -2167.46 969.358
  282. Sp65 14 0 17.321 -54.3 -174.195 1989.44 -5751.24 -10217.9 -972.237 -438.697
  283. Sp84 9 15 -8.66 -54.3 -1674.66 1193.57 5806.86 -6282.13 -8713.34 -533.351
  284. ________________________________________________________________________________________________________________________________________________________
  285.  
  287. Page: 27
  288. 1.13 Analysis1.WLC(12, 1)
  289. Name Analysis1.WLC(12, 1)
  290. Description Wave load condition
  291. FEM LC 71
  292.  
  293. 1.13.1 Analysis1.WLC(12, 1) : FEM Node Reaction
  294. Analysis1.WLC(12, 1) : FEM Node Reaction
  295. - Sorted by Name (Ascending)
  296. - Then sorted by FEM Node (Ascending)
  297.  
  298. - Analysis : Analysis1
  299.  
  301. Page: 28
  302. Analysis1.WLC(12, 1) : FEM Node Reaction
  303.  
  304. Name FEM X Y Z FX FY FZ MX MY MZ
  305. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  306. --------------------------------------------------------------------------------------------------------------------------------------------------------
  307. Sp1 4 -15 -8.66 -54.3 -1350.2 -65.6406 -3257.27 -41.3371 -7297.14 818.465
  308. Sp65 14 0 17.321 -54.3 -424.691 1168.86 -3317.82 -5999.18 -2462.67 -772.589
  309. Sp84 9 15 -8.66 -54.3 -2065.89 1125.27 6700.7 -5764.37 -10860.2 -18.6408
  310. ________________________________________________________________________________________________________________________________________________________
  311.  
  313. Page: 29
  314. 1.14 Analysis1.WLC(13, 1)
  315. Name Analysis1.WLC(13, 1)
  316. Description Wave load condition
  317. FEM LC 72
  318.  
  319. 1.14.1 Analysis1.WLC(13, 1) : FEM Node Reaction
  320. Analysis1.WLC(13, 1) : FEM Node Reaction
  321. - Sorted by Name (Ascending)
  322. - Then sorted by FEM Node (Ascending)
  323.  
  324. - Analysis : Analysis1
  325.  
  327. Page: 30
  328. Analysis1.WLC(13, 1) : FEM Node Reaction
  329.  
  330. Name FEM X Y Z FX FY FZ MX MY MZ
  331. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  332. --------------------------------------------------------------------------------------------------------------------------------------------------------
  333. Sp1 4 -15 -8.66 -54.3 -2073.9 -768.532 -5181.56 3697.53 -11174.6 721.728
  334. Sp65 14 0 17.321 -54.3 -630.789 9.50961 -2.50179 -54.5934 -3996.07 -1355.3
  335. Sp84 9 15 -8.66 -54.3 -2046.06 765.623 5232.41 -3612.32 -10942.9 722.197
  336. ________________________________________________________________________________________________________________________________________________________
  337.  
  339. Page: 31
  340. 1.15 Analysis1.WLC(14, 1)
  341. Name Analysis1.WLC(14, 1)
  342. Description Wave load condition
  343. FEM LC 73
  344.  
  345. 1.15.1 Analysis1.WLC(14, 1) : FEM Node Reaction
  346. Analysis1.WLC(14, 1) : FEM Node Reaction
  347. - Sorted by Name (Ascending)
  348. - Then sorted by FEM Node (Ascending)
  349.  
  350. - Analysis : Analysis1
  351.  
  353. Page: 32
  354. Analysis1.WLC(14, 1) : FEM Node Reaction
  355.  
  356. Name FEM X Y Z FX FY FZ MX MY MZ
  357. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  358. --------------------------------------------------------------------------------------------------------------------------------------------------------
  359. Sp1 4 -15 -8.66 -54.3 -2193.54 -1229.03 -6004.81 6463.97 -11591.5 -11.4767
  360. Sp65 14 0 17.321 -54.3 -529.36 -1222.29 3049.14 6313.82 -3367.59 -1172.31
  361. Sp84 9 15 -8.66 -54.3 -1388.4 75.7456 3041.05 250.238 -7660.1 1270.04
  362. ________________________________________________________________________________________________________________________________________________________
  363.  
  365. Page: 33
  366. 1.16 Analysis1.WLC(15, 1)
  367. Name Analysis1.WLC(15, 1)
  368. Description Wave load condition
  369. FEM LC 74
  370.  
  371. 1.16.1 Analysis1.WLC(15, 1) : FEM Node Reaction
  372. Analysis1.WLC(15, 1) : FEM Node Reaction
  373. - Sorted by Name (Ascending)
  374. - Then sorted by FEM Node (Ascending)
  375.  
  376. - Analysis : Analysis1
  377.  
  379. Page: 34
  380. Analysis1.WLC(15, 1) : FEM Node Reaction
  381.  
  382. Name FEM X Y Z FX FY FZ MX MY MZ
  383. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  384. --------------------------------------------------------------------------------------------------------------------------------------------------------
  385. Sp1 4 -15 -8.66 -54.3 -1751.11 -1378.45 -5245.54 7623.59 -9078.14 -744.38
  386. Sp65 14 0 17.321 -54.3 -286.56 -2138.94 5294.27 11018.5 -1842.1 -677.169
  387. Sp84 9 15 -8.66 -54.3 -357.79 -635.674 8.93578 4075.42 -2290.72 1482.37
  388. ________________________________________________________________________________________________________________________________________________________
  389.  
  391. Page: 35
  392. 1.17 Analysis1.WLC(16, 1)
  393. Name Analysis1.WLC(16, 1)
  394. Description Wave load condition
  395. FEM LC 75
  396.  
  397. 1.17.1 Analysis1.WLC(16, 1) : FEM Node Reaction
  398. Analysis1.WLC(16, 1) : FEM Node Reaction
  399. - Sorted by Name (Ascending)
  400. - Then sorted by FEM Node (Ascending)
  401.  
  402. - Analysis : Analysis1
  403.  
  405. Page: 36
  406. Analysis1.WLC(16, 1) : FEM Node Reaction
  407.  
  408. Name FEM X Y Z FX FY FZ MX MY MZ
  409. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  410. --------------------------------------------------------------------------------------------------------------------------------------------------------
  411. Sp1 4 -15 -8.66 -54.3 -791.347 -1201.36 -3037.27 7019.7 -3842.17 -1288.18
  412. Sp65 14 0 17.321 -54.3 -12.4657 -2482.96 6139.34 12775.1 -97.0812 1.9382
  413. Sp84 9 15 -8.66 -54.3 803.333 -1131.88 -3041.67 6520.52 3898.36 1285.34
  414. ________________________________________________________________________________________________________________________________________________________
  415.  
  417. Page: 37
  418. 1.18 Analysis1.WLC(17, 1)
  419. Name Analysis1.WLC(17, 1)
  420. Description Wave load condition
  421. FEM LC 76
  422.  
  423. 1.18.1 Analysis1.WLC(17, 1) : FEM Node Reaction
  424. Analysis1.WLC(17, 1) : FEM Node Reaction
  425. - Sorted by Name (Ascending)
  426. - Then sorted by FEM Node (Ascending)
  427.  
  428. - Analysis : Analysis1
  429.  
  431. Page: 38
  432. Analysis1.WLC(17, 1) : FEM Node Reaction
  433.  
  434. Name FEM X Y Z FX FY FZ MX MY MZ
  435. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  436. --------------------------------------------------------------------------------------------------------------------------------------------------------
  437. Sp1 4 -15 -8.66 -54.3 395.229 -690.564 19.8968 4449.42 2535.09 -1490.11
  438. Sp65 14 0 17.321 -54.3 264.476 -2146.36 5318.16 11063.9 1671.14 687.111
  439. Sp84 9 15 -8.66 -54.3 1734.33 -1310.77 -5257.78 7119.36 8930.38 738.193
  440. ________________________________________________________________________________________________________________________________________________________
  441.  
  443. Page: 39
  444. 1.19 Analysis1.WLC(18, 1)
  445. Name Analysis1.WLC(18, 1)
  446. Description Wave load condition
  447. FEM LC 77
  448.  
  449. 1.19.1 Analysis1.WLC(18, 1) : FEM Node Reaction
  450. Analysis1.WLC(18, 1) : FEM Node Reaction
  451. - Sorted by Name (Ascending)
  452. - Then sorted by FEM Node (Ascending)
  453.  
  454. - Analysis : Analysis1
  455.  
  457. Page: 40
  458. Analysis1.WLC(18, 1) : FEM Node Reaction
  459.  
  460. Name FEM X Y Z FX FY FZ MX MY MZ
  461. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  462. --------------------------------------------------------------------------------------------------------------------------------------------------------
  463. Sp1 4 -15 -8.66 -54.3 1435.49 49.0701 3020.25 405.887 7993.66 -1278.38
  464. Sp65 14 0 17.321 -54.3 518.656 -1234.36 3042.58 6379.12 3282.77 1169.8
  465. Sp84 9 15 -8.66 -54.3 2157.85 -1191.08 -6018.5 6152.29 11313.2 17.6875
  466. ________________________________________________________________________________________________________________________________________________________
  467.  
  469. Page: 41
  470. 1.20 Analysis1.WLC(19, 1)
  471. Name Analysis1.WLC(19, 1)
  472. Description Wave load condition
  473. FEM LC 78
  474.  
  475. 1.20.1 Analysis1.WLC(19, 1) : FEM Node Reaction
  476. Analysis1.WLC(19, 1) : FEM Node Reaction
  477. - Sorted by Name (Ascending)
  478. - Then sorted by FEM Node (Ascending)
  479.  
  480. - Analysis : Analysis1
  481.  
  483. Page: 42
  484. Analysis1.WLC(19, 1) : FEM Node Reaction
  485.  
  486. Name FEM X Y Z FX FY FZ MX MY MZ
  487. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  488. --------------------------------------------------------------------------------------------------------------------------------------------------------
  489. Sp1 4 -15 -8.66 -54.3 2087.25 770.113 5206.88 -3699.76 11265.4 -738.995
  490. Sp65 14 0 17.321 -54.3 627.803 -9.42268 21.3547 49.3454 3976.53 1352.06
  491. Sp84 9 15 -8.66 -54.3 2012.14 -758.784 -5168.13 3589.34 10740.9 -702.489
  492. ________________________________________________________________________________________________________________________________________________________
  493.  
  495. Page: 43
  496. 1.21 Analysis1.WLC(20, 1)
  497. Name Analysis1.WLC(20, 1)
  498. Description Wave load condition
  499. FEM LC 79
  500.  
  501. 1.21.1 Analysis1.WLC(20, 1) : FEM Node Reaction
  502. Analysis1.WLC(20, 1) : FEM Node Reaction
  503. - Sorted by Name (Ascending)
  504. - Then sorted by FEM Node (Ascending)
  505.  
  506. - Analysis : Analysis1
  507.  
  509. Page: 44
  510. Analysis1.WLC(20, 1) : FEM Node Reaction
  511.  
  512. Name FEM X Y Z FX FY FZ MX MY MZ
  513. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  514. --------------------------------------------------------------------------------------------------------------------------------------------------------
  515. Sp1 4 -15 -8.66 -54.3 2211.06 1237.46 5988.51 -6515.72 11703.7 13.2568
  516. Sp65 14 0 17.321 -54.3 517.136 1213.49 -3001.63 -6266.76 3286.14 1162.06
  517. Sp84 9 15 -8.66 -54.3 1370.8 -71.8857 -2962.44 -259.911 7559.71 -1259.17
  518. ________________________________________________________________________________________________________________________________________________________
  519.  
  521. Page: 45
  522. 1.22 Analysis1.WLC(21, 1)
  523. Name Analysis1.WLC(21, 1)
  524. Description Wave load condition
  525. FEM LC 80
  526.  
  527. 1.22.1 Analysis1.WLC(21, 1) : FEM Node Reaction
  528. Analysis1.WLC(21, 1) : FEM Node Reaction
  529. - Sorted by Name (Ascending)
  530. - Then sorted by FEM Node (Ascending)
  531.  
  532. - Analysis : Analysis1
  533.  
  535. Page: 46
  536. Analysis1.WLC(21, 1) : FEM Node Reaction
  537.  
  538. Name FEM X Y Z FX FY FZ MX MY MZ
  539. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  540. --------------------------------------------------------------------------------------------------------------------------------------------------------
  541. Sp1 4 -15 -8.66 -54.3 1748.11 1377.95 5219.78 -7629.71 9068.45 762.479
  542. Sp65 14 0 17.321 -54.3 267.315 2094.46 -5211.97 -10778.1 1715.17 658.757
  543. Sp84 9 15 -8.66 -54.3 348.807 637.569 36.8395 -4075.99 2247.03 -1477.6
  544. ________________________________________________________________________________________________________________________________________________________
  545.  
  547. Page: 47
  548. 1.23 Analysis1.WLC(22, 1)
  549. Name Analysis1.WLC(22, 1)
  550. Description Wave load condition
  551. FEM LC 81
  552.  
  553. 1.23.1 Analysis1.WLC(22, 1) : FEM Node Reaction
  554. Analysis1.WLC(22, 1) : FEM Node Reaction
  555. - Sorted by Name (Ascending)
  556. - Then sorted by FEM Node (Ascending)
  557.  
  558. - Analysis : Analysis1
  559.  
  561. Page: 48
  562. Analysis1.WLC(22, 1) : FEM Node Reaction
  563.  
  564. Name FEM X Y Z FX FY FZ MX MY MZ
  565. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  566. --------------------------------------------------------------------------------------------------------------------------------------------------------
  567. Sp1 4 -15 -8.66 -54.3 787.189 1198.91 3039.96 -7005.26 3816.83 1294.86
  568. Sp65 14 0 17.321 -54.3 12.211 2419.62 -6042.67 -12432.4 94.8919 -0.891672
  569. Sp84 9 15 -8.66 -54.3 -798.687 1130.34 3044 -6511.99 -3870.33 -1292.42
  570. ________________________________________________________________________________________________________________________________________________________
  571.  
  573. Page: 49
  574. 1.24 Analysis1.WLC(23, 1)
  575. Name Analysis1.WLC(23, 1)
  576. Description Wave load condition
  577. FEM LC 82
  578.  
  579. 1.24.1 Analysis1.WLC(23, 1) : FEM Node Reaction
  580. Analysis1.WLC(23, 1) : FEM Node Reaction
  581. - Sorted by Name (Ascending)
  582. - Then sorted by FEM Node (Ascending)
  583.  
  584. - Analysis : Analysis1
  585.  
  587. Page: 50
  588. Analysis1.WLC(23, 1) : FEM Node Reaction
  589.  
  590. Name FEM X Y Z FX FY FZ MX MY MZ
  591. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  592. --------------------------------------------------------------------------------------------------------------------------------------------------------
  593. Sp1 4 -15 -8.66 -54.3 -386.088 695.548 36.7361 -4471.82 -2492.1 1486.68
  594. Sp65 14 0 17.321 -54.3 -247.84 2110.29 -5242.96 -10864.1 -1562.5 -663.628
  595. Sp84 9 15 -8.66 -54.3 -1740.09 1320.98 5254.72 -7188.6 -8966.39 -761.969
  596. ________________________________________________________________________________________________________________________________________________________
  597.  
  599. Page: 51
  600. 1.25 Analysis1.WLC(24, 1)
  601. Name Analysis1.WLC(24, 1)
  602. Description Wave load condition
  603. FEM LC 83
  604.  
  605. 1.25.1 Analysis1.WLC(24, 1) : FEM Node Reaction
  606. Analysis1.WLC(24, 1) : FEM Node Reaction
  607. - Sorted by Name (Ascending)
  608. - Then sorted by FEM Node (Ascending)
  609.  
  610. - Analysis : Analysis1
  611.  
  613. Page: 52
  614. Analysis1.WLC(24, 1) : FEM Node Reaction
  615.  
  616. Name FEM X Y Z FX FY FZ MX MY MZ
  617. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  618. --------------------------------------------------------------------------------------------------------------------------------------------------------
  619. Sp1 4 -15 -8.66 -54.3 -1425.15 -45.2269 -2973.26 -418.617 -7933.5 1265.44
  620. Sp65 14 0 17.321 -54.3 -505.036 1230.34 -3026.61 -6358.4 -3193.91 -1160.57
  621. Sp84 9 15 -8.66 -54.3 -2188.2 1204.54 6063.05 -6225.64 -11493 -17.9817
  622. ________________________________________________________________________________________________________________________________________________________
  623.  
  625. Page: 53
  626. 1.26 Analysis1.WLC(25, 1)
  627. Name Analysis1.WLC(25, 1)
  628. Description Wave load condition
  629. FEM LC 84
  630.  
  631. 1.26.1 Analysis1.WLC(25, 1) : FEM Node Reaction
  632. Analysis1.WLC(25, 1) : FEM Node Reaction
  633. - Sorted by Name (Ascending)
  634. - Then sorted by FEM Node (Ascending)
  635.  
  636. - Analysis : Analysis1
  637.  
  639. Page: 54
  640. Analysis1.WLC(25, 1) : FEM Node Reaction
  641.  
  642. Name FEM X Y Z FX FY FZ MX MY MZ
  643. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  644. --------------------------------------------------------------------------------------------------------------------------------------------------------
  645. Sp1 4 -15 -8.66 -54.3 -1714.93 -670.291 -5439.14 3334.11 -9122.87 351.428
  646. Sp65 14 0 17.321 -54.3 -474.271 11.6812 -7.63336 -60.6434 -2832.53 -676.453
  647. Sp84 9 15 -8.66 -54.3 -1671.34 670.664 5523.7 -3266.31 -8850.04 364.04
  648. ________________________________________________________________________________________________________________________________________________________
  649.  
  651. Page: 55
  652. 1.27 Analysis1.WLC(26, 1)
  653. Name Analysis1.WLC(26, 1)
  654. Description Wave load condition
  655. FEM LC 85
  656.  
  657. 1.27.1 Analysis1.WLC(26, 1) : FEM Node Reaction
  658. Analysis1.WLC(26, 1) : FEM Node Reaction
  659. - Sorted by Name (Ascending)
  660. - Then sorted by FEM Node (Ascending)
  661.  
  662. - Analysis : Analysis1
  663.  
  665. Page: 56
  666. Analysis1.WLC(26, 1) : FEM Node Reaction
  667.  
  668. Name FEM X Y Z FX FY FZ MX MY MZ
  669. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  670. --------------------------------------------------------------------------------------------------------------------------------------------------------
  671. Sp1 4 -15 -8.66 -54.3 -1811.43 -1030.97 -6242.23 5414.09 -9531.08 -6.25158
  672. Sp65 14 0 17.321 -54.3 -401.011 -1007.29 3175.57 5177.4 -2409.76 -587.292
  673. Sp84 9 15 -8.66 -54.3 -1107.01 122.45 3172 -287.282 -5971.53 639.004
  674. ________________________________________________________________________________________________________________________________________________________
  675.  
  677. Page: 57
  678. 1.28 Analysis1.WLC(27, 1)
  679. Name Analysis1.WLC(27, 1)
  680. Description Wave load condition
  681. FEM LC 86
  682.  
  683. 1.28.1 Analysis1.WLC(27, 1) : FEM Node Reaction
  684. Analysis1.WLC(27, 1) : FEM Node Reaction
  685. - Sorted by Name (Ascending)
  686. - Then sorted by FEM Node (Ascending)
  687.  
  688. - Analysis : Analysis1
  689.  
  691. Page: 58
  692. Analysis1.WLC(27, 1) : FEM Node Reaction
  693.  
  694. Name FEM X Y Z FX FY FZ MX MY MZ
  695. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  696. --------------------------------------------------------------------------------------------------------------------------------------------------------
  697. Sp1 4 -15 -8.66 -54.3 -1464.75 -1140.97 -5484.75 6180.1 -7607.44 -362.647
  698. Sp65 14 0 17.321 -54.3 -222.335 -1772.48 5568.52 9110.52 -1359.22 -342.699
  699. Sp84 9 15 -8.66 -54.3 -254.363 -457.945 12.0959 2775.21 -1541.01 745.055
  700. ________________________________________________________________________________________________________________________________________________________
  701.  
  703. Page: 59
  704. 1.29 Analysis1.WLC(28, 1)
  705. Name Analysis1.WLC(28, 1)
  706. Description Wave load condition
  707. FEM LC 87
  708.  
  709. 1.29.1 Analysis1.WLC(28, 1) : FEM Node Reaction
  710. Analysis1.WLC(28, 1) : FEM Node Reaction
  711. - Sorted by Name (Ascending)
  712. - Then sorted by FEM Node (Ascending)
  713.  
  714. - Analysis : Analysis1
  715.  
  717. Page: 60
  718. Analysis1.WLC(28, 1) : FEM Node Reaction
  719.  
  720. Name FEM X Y Z FX FY FZ MX MY MZ
  721. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  722. --------------------------------------------------------------------------------------------------------------------------------------------------------
  723. Sp1 4 -15 -8.66 -54.3 -673.499 -993.256 -3195.95 5599.78 -3340.34 -627.49
  724. Sp65 14 0 17.321 -54.3 -37.701 -2067.31 6500.23 10625.9 -262.745 10.8839
  725. Sp84 9 15 -8.66 -54.3 712.516 -870.686 -3214.66 4802.47 3569.26 649.849
  726. ________________________________________________________________________________________________________________________________________________________
  727.  
  729. Page: 61
  730. 1.30 Analysis1.WLC(29, 1)
  731. Name Analysis1.WLC(29, 1)
  732. Description Wave load condition
  733. FEM LC 88
  734.  
  735. 1.30.1 Analysis1.WLC(29, 1) : FEM Node Reaction
  736. Analysis1.WLC(29, 1) : FEM Node Reaction
  737. - Sorted by Name (Ascending)
  738. - Then sorted by FEM Node (Ascending)
  739.  
  740. - Analysis : Analysis1
  741.  
  743. Page: 62
  744. Analysis1.WLC(29, 1) : FEM Node Reaction
  745.  
  746. Name FEM X Y Z FX FY FZ MX MY MZ
  747. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  748. --------------------------------------------------------------------------------------------------------------------------------------------------------
  749. Sp1 4 -15 -8.66 -54.3 319.496 -554.868 35.1332 3380.32 1937.3 -724.931
  750. Sp65 14 0 17.321 -54.3 158.168 -1771.1 5564.91 9104.62 906.165 365.295
  751. Sp84 9 15 -8.66 -54.3 1458.71 -1024.61 -5491.83 5409.46 7561.5 374.382
  752. ________________________________________________________________________________________________________________________________________________________
  753.  
  755. Page: 63
  756. 1.31 Analysis1.WLC(30, 1)
  757. Name Analysis1.WLC(30, 1)
  758. Description Wave load condition
  759. FEM LC 89
  760.  
  761. 1.31.1 Analysis1.WLC(30, 1) : FEM Node Reaction
  762. Analysis1.WLC(30, 1) : FEM Node Reaction
  763. - Sorted by Name (Ascending)
  764. - Then sorted by FEM Node (Ascending)
  765.  
  766. - Analysis : Analysis1
  767.  
  769. Page: 64
  770. Analysis1.WLC(30, 1) : FEM Node Reaction
  771.  
  772. Name FEM X Y Z FX FY FZ MX MY MZ
  773. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  774. --------------------------------------------------------------------------------------------------------------------------------------------------------
  775. Sp1 4 -15 -8.66 -54.3 1162.15 74.3449 3132.96 -28.9273 6325.32 -636.14
  776. Sp65 14 0 17.321 -54.3 367.664 -1007.36 3146.12 5180.03 2171.88 596.242
  777. Sp84 9 15 -8.66 -54.3 1753.34 -959.28 -6191.27 4916.06 9177.06 17.0631
  778. ________________________________________________________________________________________________________________________________________________________
  779.  
  781. Page: 65
  782. 1.32 Analysis1.WLC(31, 1)
  783. Name Analysis1.WLC(31, 1)
  784. Description Wave load condition
  785. FEM LC 90
  786.  
  787. 1.32.1 Analysis1.WLC(31, 1) : FEM Node Reaction
  788. Analysis1.WLC(31, 1) : FEM Node Reaction
  789. - Sorted by Name (Ascending)
  790. - Then sorted by FEM Node (Ascending)
  791.  
  792. - Analysis : Analysis1
  793.  
  795. Page: 66
  796. Analysis1.WLC(31, 1) : FEM Node Reaction
  797.  
  798. Name FEM X Y Z FX FY FZ MX MY MZ
  799. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  800. --------------------------------------------------------------------------------------------------------------------------------------------------------
  801. Sp1 4 -15 -8.66 -54.3 1670.67 662.374 5310.4 -3308.7 8903.45 -376.285
  802. Sp65 14 0 17.321 -54.3 470.05 -7.0614 27.4991 38.376 2805.25 664.932
  803. Sp84 9 15 -8.66 -54.3 1593.82 -650.257 -5252.91 3179.12 8414.56 -337.863
  804. ________________________________________________________________________________________________________________________________________________________
  805.  
  807. Page: 67
  808. 1.33 Analysis1.WLC(32, 1)
  809. Name Analysis1.WLC(32, 1)
  810. Description Wave load condition
  811. FEM LC 91
  812.  
  813. 1.33.1 Analysis1.WLC(32, 1) : FEM Node Reaction
  814. Analysis1.WLC(32, 1) : FEM Node Reaction
  815. - Sorted by Name (Ascending)
  816. - Then sorted by FEM Node (Ascending)
  817.  
  818. - Analysis : Analysis1
  819.  
  821. Page: 68
  822. Analysis1.WLC(32, 1) : FEM Node Reaction
  823.  
  824. Name FEM X Y Z FX FY FZ MX MY MZ
  825. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  826. --------------------------------------------------------------------------------------------------------------------------------------------------------
  827. Sp1 4 -15 -8.66 -54.3 1776.34 1009.74 6079.49 -5307.78 9368.42 7.33634
  828. Sp65 14 0 17.321 -54.3 384.196 979.417 -3038.25 -5027.83 2298.72 569.17
  829. Sp84 9 15 -8.66 -54.3 1070.31 -112.88 -3001.18 252.666 5761.11 -619.876
  830. ________________________________________________________________________________________________________________________________________________________
  831.  
  833. Page: 69
  834. 1.34 Analysis1.WLC(33, 1)
  835. Name Analysis1.WLC(33, 1)
  836. Description Wave load condition
  837. FEM LC 92
  838.  
  839. 1.34.1 Analysis1.WLC(33, 1) : FEM Node Reaction
  840. Analysis1.WLC(33, 1) : FEM Node Reaction
  841. - Sorted by Name (Ascending)
  842. - Then sorted by FEM Node (Ascending)
  843.  
  844. - Analysis : Analysis1
  845.  
  847. Page: 70
  848. Analysis1.WLC(33, 1) : FEM Node Reaction
  849.  
  850. Name FEM X Y Z FX FY FZ MX MY MZ
  851. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  852. --------------------------------------------------------------------------------------------------------------------------------------------------------
  853. Sp1 4 -15 -8.66 -54.3 1426.24 1098.61 5304.02 -5945.23 7424.83 388.203
  854. Sp65 14 0 17.321 -54.3 194.366 1684.98 -5282.56 -8650.64 1182.74 318.914
  855. Sp84 9 15 -8.66 -54.3 248.34 457.687 35.112 -2765.75 1507.24 -733.496
  856. ________________________________________________________________________________________________________________________________________________________
  857.  
  859. Page: 71
  860. 1.35 Analysis1.WLC(34, 1)
  861. Name Analysis1.WLC(34, 1)
  862. Description Wave load condition
  863. FEM LC 93
  864.  
  865. 1.35.1 Analysis1.WLC(34, 1) : FEM Node Reaction
  866. Analysis1.WLC(34, 1) : FEM Node Reaction
  867. - Sorted by Name (Ascending)
  868. - Then sorted by FEM Node (Ascending)
  869.  
  870. - Analysis : Analysis1
  871.  
  873. Page: 72
  874. Analysis1.WLC(34, 1) : FEM Node Reaction
  875.  
  876. Name FEM X Y Z FX FY FZ MX MY MZ
  877. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  878. --------------------------------------------------------------------------------------------------------------------------------------------------------
  879. Sp1 4 -15 -8.66 -54.3 660.989 965.946 3142.27 -5437.58 3284.96 641.984
  880. Sp65 14 0 17.321 -54.3 32.6128 1961.8 -6201.77 -10072.7 229.153 -8.00137
  881. Sp84 9 15 -8.66 -54.3 -685.622 854.087 3124.33 -4711.69 -3431.84 -660.827
  882. ________________________________________________________________________________________________________________________________________________________
  883.  
  885. Page: 73
  886. 1.36 Analysis1.WLC(35, 1)
  887. Name Analysis1.WLC(35, 1)
  888. Description Wave load condition
  889. FEM LC 94
  890.  
  891. 1.36.1 Analysis1.WLC(35, 1) : FEM Node Reaction
  892. Analysis1.WLC(35, 1) : FEM Node Reaction
  893. - Sorted by Name (Ascending)
  894. - Then sorted by FEM Node (Ascending)
  895.  
  896. - Analysis : Analysis1
  897.  
  899. Page: 74
  900. Analysis1.WLC(35, 1) : FEM Node Reaction
  901.  
  902. Name FEM X Y Z FX FY FZ MX MY MZ
  903. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  904. --------------------------------------------------------------------------------------------------------------------------------------------------------
  905. Sp1 4 -15 -8.66 -54.3 -306.633 563.155 55.5518 -3423.96 -1870.9 722.754
  906. Sp65 14 0 17.321 -54.3 -143.494 1742.11 -5491.05 -8944.06 -821.036 -337.719
  907. Sp84 9 15 -8.66 -54.3 -1462.96 1032.51 5498.84 -5454.46 -7592.78 -404.082
  908. ________________________________________________________________________________________________________________________________________________________
  909.  
  911. Page: 75
  912. 1.37 Analysis1.WLC(36, 1)
  913. Name Analysis1.WLC(36, 1)
  914. Description Wave load condition
  915. FEM LC 95
  916.  
  917. 1.37.1 Analysis1.WLC(36, 1) : FEM Node Reaction
  918. Analysis1.WLC(36, 1) : FEM Node Reaction
  919. - Sorted by Name (Ascending)
  920. - Then sorted by FEM Node (Ascending)
  921.  
  922. - Analysis : Analysis1
  923.  
  925. Page: 76
  926. Analysis1.WLC(36, 1) : FEM Node Reaction
  927.  
  928. Name FEM X Y Z FX FY FZ MX MY MZ
  929. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  930. --------------------------------------------------------------------------------------------------------------------------------------------------------
  931. Sp1 4 -15 -8.66 -54.3 -1182.09 -64.9708 -3146.75 -38.4499 -6430.02 615.339
  932. Sp65 14 0 17.321 -54.3 -357.311 1031.89 -3218.71 -5299.56 -2109.39 -584.701
  933. Sp84 9 15 -8.66 -54.3 -1825.17 990.119 6441.22 -5071.22 -9573.7 -19.4873
  934. ________________________________________________________________________________________________________________________________________________________
  935.  
  937. Page: 77
  938. 1.38 Analysis1.WLC(37, 1)
  939. Name Analysis1.WLC(37, 1)
  940. Description Wave load condition
  941. FEM LC 96
  942.  
  943. 1.38.1 Analysis1.WLC(37, 1) : FEM Node Reaction
  944. Analysis1.WLC(37, 1) : FEM Node Reaction
  945. - Sorted by Name (Ascending)
  946. - Then sorted by FEM Node (Ascending)
  947.  
  948. - Analysis : Analysis1
  949.  
  951. Page: 78
  952. Analysis1.WLC(37, 1) : FEM Node Reaction
  953.  
  954. Name FEM X Y Z FX FY FZ MX MY MZ
  955. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  956. --------------------------------------------------------------------------------------------------------------------------------------------------------
  957. Sp1 4 -15 -8.66 -54.3 -1882.2 -700.838 -5117.98 3381.11 -10144.7 587.737
  958. Sp65 14 0 17.321 -54.3 -555.2 8.37946 -3.34847 -49.1913 -3509.27 -1098.1
  959. Sp84 9 15 -8.66 -54.3 -1850.2 698.195 5161.9 -3304.08 -9883.21 582.225
  960. ________________________________________________________________________________________________________________________________________________________
  961.  
  963. Page: 79
  964. 1.39 Analysis1.WLC(38, 1)
  965. Name Analysis1.WLC(38, 1)
  966. Description Wave load condition
  967. FEM LC 97
  968.  
  969. 1.39.1 Analysis1.WLC(38, 1) : FEM Node Reaction
  970. Analysis1.WLC(38, 1) : FEM Node Reaction
  971. - Sorted by Name (Ascending)
  972. - Then sorted by FEM Node (Ascending)
  973.  
  974. - Analysis : Analysis1
  975.  
  977. Page: 80
  978. Analysis1.WLC(38, 1) : FEM Node Reaction
  979.  
  980. Name FEM X Y Z FX FY FZ MX MY MZ
  981. Node [m] [m] [m] [kN] [kN] [kN] [kN*m] [kN*m] [kN*m]
  982. --------------------------------------------------------------------------------------------------------------------------------------------------------
  983. Sp1 4 -15 -8.66 -54.3 -1990.09 -1124.91 -5921.78 5933.14 -10520.2 -8.24185
  984. Sp65 14 0 17.321 -54.3 -476.097 -1108.59 2999.53 5719.35 -3019.23 -943.343
  985. Sp84 9 15 -8.66 -54.3 -1244.18 88.2488 2988.19 102.19 -6847.31 1026.92
  986. ________________________________________________________________________________________________________________________________________________________
  987.  
  989. Page: 81
  990. 1.40 Analysis1.WLC(39, 1)
  991. Name Analysis1.WLC(39, 1)
  992. Description Wave load condition
  993. FEM LC 98
  994.  
  995. 1.40.1 Analysis1.WLC(39, 1) : FEM Node Reaction
  996. Analysis1.WLC(39, 1) : FEM Node Reaction
  997. - Sorted by Name (Ascending)
  998. - Then sorted by FEM Node (Ascending)
  999.  
  1000. - Analysis : Analysis1
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