连续梁桥ansys命令流

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连续梁桥ansys命令流(仅供参考)

连续梁桥ansys命令流(仅供参考)

!!连续梁桥/prep7et,1,4 !!!!定义梁单元et,2,21 !!!!定义mass21单元!!定义粱材料!!泊松比!!密度mp,ex,2,3.45e10 !!直线段梁材料和1M段梁材料mp,nuxy,2,0.2mp,dens,2,3302.153125mp,ex,3,3.45e10mp,nuxy,3,0.2mp,dens,3,3301.658695mp,ex,4,3.45e10mp,nuxy,4,0.2mp,dens,4,3299.906778mp,ex,5,3.45e10mp,nuxy,5,0.2mp,dens,5,3298.327219mp,ex,6,3.45e10mp,nuxy,6,0.2mp,dens,6,3292.351605mp,ex,7,3.45e10mp,nuxy,7,0.2mp,dens,7,3284.137255mp,ex,8,3.45e10mp,nuxy,8,0.2mp,dens,8,3271.802136mp,ex,9,3.45e10mp,nuxy,9,0.2mp,dens,9,3260.41903mp,ex,10,3.45e10mp,nuxy,10,0.2mp,dens,10,3248.193657mp,ex,11,3.45e10mp,nuxy,11,0.2mp,dens,11,3235.117644mp,ex,12,3.45e10mp,nuxy,12,0.2mp,dens,12,3221.585664mp,ex,13,3.45e10mp,nuxy,13,0.2mp,dens,13,3208.826871mp,ex,14,3.45e10mp,nuxy,14,0.2mp,dens,14,3194.279207mp,ex,15,3.45e10mp,nuxy,15,0.2mp,dens,15,3179.924673mp,ex,16,3.45e10mp,nuxy,16,0.2mp,dens,16,3166.445716mp,ex,17,3.45e10mp,nuxy,17,0.2mp,dens,17,3152.555731mp,ex,18,3.45e10mp,nuxy,18,0.2mp,dens,18,3138.312105mp,ex,19,3.45e10mp,nuxy,19,0.2mp,dens,19,3124.795334mp,ex,20,3.45e10mp,nuxy,20,0.2mp,dens,20,3110.7135mp,ex,21,3.45e10mp,nuxy,21,0.2mp,dens,21,3097.080875mp,ex,22,3.45e10mp,nuxy,22,0.2mp,dens,22,3083.186268mp,ex,23,3.45e10mp,nuxy,23,0.2mp,dens,23,3068.968824mp,ex,24,3.45e10mp,nuxy,24,0.2mp,dens,24,3055.612436mp,ex,25,3.45e10mp,nuxy,25,0.2mp,dens,25,3045.857147mp,ex,26,3.45e10mp,nuxy,26,0.2mp,dens,26,3035.174287mp,ex,27,3.45e10mp,nuxy,27,0.2mp,dens,27,3026.696551mp,ex,28,3.45e10mp,nuxy,28,0.2mp,dens,28,3015.795365mp,ex,29,3.45e10mp,nuxy,29,0.2mp,dens,29,3007.710181mp,ex,30,3.45e10mp,nuxy,30,0.2mp,dens,30,3000.513837mp,ex,31,3.45e10mp,nuxy,31,0.2mp,dens,31,2978.611375 mp,ex,32,3.45e10mp,nuxy,32,0.2mp,dens,32,2958.618861mp,ex,33,3.45e10mp,nuxy,33,0.2mp,dens,33,2937.888072mp,ex,34,3.45e10mp,nuxy,34,0.2mp,dens,34,2919.475751mp,ex,35,3.45e10mp,nuxy,35,0.2mp,dens,35,2903.359983 !!6700处mp,ex,36,3.45e10mp,nuxy,36,0.2mp,dens,36,3302.153125 !!可以不用mp,ex,37,3.45e10mp,nuxy,37,0.2mp,dens,37,3302.153125mp,ex,38,3.45e10 !!-700处梁mp,nuxy,38,0.2mp,dens,38,3180.578901mp,ex,39,3.45e10 !!边支点横隔板mp,nuxy,39,0.2mp,dens,39,2868.674818mp,ex,40,3.45e10 !!合拢段横隔板mp,nuxy,40,0.2mp,dens,40,2868.674818mp,ex,41,3.45e10 !!中支点横隔板mp,nuxy,41,0.2mp,dens,41,2757.470588mp,ex,1,3.25e10 !!!!定义墩材料属性mp,nuxy,1,0.2mp,dens,1,2650!!定义实常数编号,面积,IYY,IZZ,宽,高,,RMORE,,抗扭惯距!!主梁截面r,1,11.851,28.52,215.151,16.95,4,, !!直线段rmore,,56.8972r,2,11.862,28.57,215.458,16.95,4.001,, !!截面100处rmore,,56.905r,3,11.871,28.91,215.622,16.95,4.009,,rmore,,57.345r,4,11.903,29.03,215.78,16.95,4.025,,rmore,,57.938r,5,11.932,29.626,215.88,16.95,4.049,,rmore,,58.502r,6,12.043,30.402,217.093,16.95,4.081,,rmore,,59.768r,7,12.199,31.407,218.899,16.95,4.121,,rmore,,61.445r,8,12.441,32.716,221.806,16.95,4.169,,rmore,,63.652r,9,12.673,34.21,224.418,16.95,4.226,,rmore,,66.058r,10,12.932,35.94,227.279,16.95,4.290,,rmore,,68.801r,11,13.221,37.941,230.512,16.95,4.362,,rmore,,71.948r,12,13.534,40.233,233.872,16.95,4.442,,rmore,,75.432r,13,13.843,42.747,237.133,16.95,4.530,,rmore,,79.173r,14,14.213,45.688,241.054,16.95,4.627,,rmore,,83.484r,15,14.598,48.964,245.004,16.95,4.731,,rmore,,88.155r,16,14.979,52.547,248.817,16.95,4.843,,rmore,,93.111r,17,15.393,56.562,252.927,16.95,4.963,,rmore,,98.528r,18,15.842,61.069,257.347,16.95,5.092,,rmore,,104.47r,19,16.293,65.992,261.673,16.95,5.228,,rmore,,110.742r,20,16.791,71.484,266.426,16.95,5.372,,rmore,,117.648r,21,17.303,77.568,271.225,16.95,5.525,, rmore,,124.861r,22,17.858,84.282,276.363,16.95,5.685,, rmore,,132.631r,23,18.464,91.768,281.923,16.95,5.854,, rmore,,141.068r,24,19.072,99.936,287.364,16.95,6.03,, rmore,,149.875r,25,19.524,108.482,291.159,16.95,6.214,, rmore,,158.46r,26,20.084,118.046,295.597,16.95,6.407,, rmore,,167.857r,27,20.536,128.202,298.9,16.95,6.607,, rmore,,177.137r,28,21.148,139.669,303.86,16.95,6.816,, rmore,,187.495r,29,21.626,151.737,307.186,16.95,7.032,, rmore,,197.507r,30,22.07,164.734,310.057,16.95,7.257,, rmore,,207.681r,31,23.541,182.225,323.433,16.95,7.490,, rmore,,223.527r,32,25.066,201.932,336.467,16.95,7.730,, rmore,,241.046r,33,26.871,223.700,351.448,16.95,7.979,, rmore,,257.765r,34,28.707,247.928,365.663,16.95,8.235,, rmore,,275.922r,35,30.533,274.36,378.934,16.95,8.500,, rmore,,294.461r,46,14.58,35.599,238.702,16.95,4,, rmore,,238.702!!横隔板截面!!边支点r,36,35.376,54.393,339.84,16.95,4.00,, rmore,,128.747!!合拢段r,37,35.376,53.405,339.84,16.95,4.00,, rmore,,127.015!!中支点r,38,71.981,454.871,543.871,16.95,8.5,, rmore,,684.565!!主墩截面!!截面1(实心)r,39,39.932,82.876,212.138,8,5,, rmore,,203.709!!截面(1/2空心)r,40,23.863,72.571,168.024,8,5,, rmore,,168.491!!截面3(空心)r,41,14.236,52.366,114.529,8,5,, rmore,,116.391!!边墩截面!!截面1(实心1)r,42,36.113,66.217,177.703,7.7,4.7,, rmore,,165.119!!截面2(空心1/2)r,43,20.753,35.743,99.711,7,4,, rmore,,88.486!!截面3(空心)r,44,9.103,16.082,45.911,6.5,3.5,, rmore,,39.39!!截面4(实心2)r,45,22.673,23.005,79.361,6.5,3.5,, rmore,,61.527!!截面5(1/2)空心2r,49,16,21.958,68.708,6.5,3.5,, rmore,,55.682!!建立第一跨梁节点xl=atan(1.029/80) n,1,0,n,2,2.25,2.25*xln,3,6,6*xln,4,9,9*xln,5,11,11*xln,6,13,13*xl-0.0045 n,7,15,15*xl-0.0135 n,8,17,17*xl-0.023 n,9,19,19*xl-0.038 n,10,21,21*xl-0.062 n,11,23,23*xl-0.092 n,12,25,25*xl-0.1275 n,13,27,27*xl-0.167 n,14,29,29*xl-0.2115 n,15,31,31*xl-0.261 n,16,33,33*xl-0.314 n,17,35,35*xl-0.3715 n,18,37,37*xl-0.435 n,19,39,39*xl-0.502 n,20,41,41*xl-0.5725 n,21,43,43*xl-0.648 n,22,45,45*xl-0.728 n,23,47,47*xl-0.8115 n,24,49,49*xl-0.8995 n,25,51,51*xl-0.9925 n,26,53,53*xl-1.0895 n,27,55,55*xl-1.1905 n,28,57,57*xl-1.325 n,29,59,59*xl-1.433 n,30,61,61*xl-1.5155 n,31,63,63*xl-1.6325 n,32,65,65*xl-1.7535 n,33,67,67*xl-1.879 n,34,69,69*xl-2.007 n,35,71,71*xl-2.1325 n,36,73,73*xl-2.2635 n,37,75,75*xl-2.399 n,38,77,77*xl-2.533 n,39,79,79*xl-2.631xl2=atan(0.7/140)local,11,0,80,80*xl-2.631,0,xl2nsym,x,35,5,39,1 !!复制粱结点从5到39结点编号增加35 csys,0n,75,149.6,0.15852local,12,0,150,0.15852,0,xl2nsym,x,36,40,75,1local,13,0,220,-1.6027,0nsym,x,111,1,111,1csys,0n,500,80,80*xl-2.631n,501,220,-1.6027n,502,360,-1.6148csys,0 !!返回普通坐标!!建立墩结点!!PM112边墩截面n,300,0,-2.165 !!(实心)2米长n,301,0,-4.365n,302,0,-9.365 !!(1/2空心)5M长n,303,0,-13.365n,304,0,-17.365n,305,0,-21.365n,306,0,-24.93n,307,0,-28.93n,308,0,-30.63!!PM113主敦截面n,309,80,0.5-6.665-0.8n,310,80,0.5-3.5-6.665 !!(实心)3.5mn,311,80,0.5-8.5-6.665 !!(1/2空心)5mn,312,80,0.5-12.5-6.665 !!(空心)4Mn,313,80,0.5-16.5-6.665 !!n,314,80,0.5-18.594-6.665n,315,80,0.5-22.594-6.665n,316,80,0.5-24.594-6.665+0.4!(实心)2m!!pm114主墩截面n,350,220,0.5-6.665-0.8 !n,351,220,0.5-3.5-6.665 !!(1/2空心)5m n,352,220,0.5-8.5-6.665 !!(空心)5mn,353,220,0.5-12.5-6.665 !!(空心)6.064M n,354,220,0.5-16.5-6.665 !!(1/2空心)4M n,355,220,0.5-19.294-6.665 !!(实心)2M n,356,220,0.5-23.294-6.665n,357,220,0.5-25.294-6.665+0.4local,13,0,220,-1.6027,0nsym,x,17,300,316,1csys,0!!生成边跨1mat,39real,36e,1,2mat,38real,46e,2,3mat,2real,1e,3,4e,4,5mat,2real,2e,5,6*do,i,3,35,1mat,ireal,ie,3+i,4+i*enddo*do,i,3,35,1mat,ireal,ie,38+i,39+i*enddo*do,i,3,35,1 mat,ireal,ie,74+i,75+i *enddo*do,i,3,35,1 mat,ireal,ie,114+i,115+i *enddo*do,i,3,35,1 mat,ireal,ie,149+i,150+i *enddo*do,i,3,35,1 mat,ireal,ie,185+i,186+i *enddomat,41 real,38e,39,500mat,41 real,38e,500,74mat,2real,2e,41,40mat,2real,1e,40,75mat,40 real,37 e,75,111mat,2 real,1 e,111,76mat,2 real,2 e,76,77mat,41 real,38 e,110,501mat,41 real,38 e,501,221mat,2 real,2 e,188,187mat,2 real,1 e,187,222mat,41 real,37 e,222,186mat,2 real,1 e,186,151mat,2 real,2 e,151,152mat,41 real,38 e,185,502mat,41 real,38 e,502,150mat,39 real,36 e,112,113mat,38 real,46 e,113,114mat,2 real,1e,114,115 e,115,116mat,2 real,2e,116,117!!建立桥墩!!边墩1 mat,1 real,42 e,300,301mat,1 real,43 e,301,302mat,1 real,44 e,302,303mat,1 real,44e,303,304mat,1 real,44 e,304,305mat,1 real,44 e,305,306mat,1 real,49 e,306,307mat,1 real,45 e,307,308!!主墩1 mat,1 real,39 e,309,310mat,1 real,40 e,310,311mat,1 real,41 e,311,312mat,1 real,41 e,312,313mat,1 real,41 e,313,314mat,1 real,40 e,314,315mat,1 real,39 e,315,316!!主墩2 mat,1 real,39 e,350,351mat,1 real,40 e,351,352mat,1 real,41 e,352,353mat,1 real,41 e,353,354mat,1 real,41 e,354,355mat,1 real,40 e,355,356mat,1 real,39 e,356,357!!主墩3 mat,1 real,39 e,326,327mat,1 real,40 e,327,328mat,1 real,41 e,328,329mat,1 real,41 e,329,330mat,1 real,41 e,330,331mat,1 real,40 e,331,332mat,1 real,39 e,332,333!!边墩2 mat,1 real,42 e,317,318mat,1 real,43 e,318,319mat,1 real,44 e,319,320mat,1 real,44 e,320,321mat,1 real,44 e,321,322mat,1real,44e,322,323mat,1real,49e,323,324mat,1real,45e,324,325!!添加质量惯距!!两米段质量惯距r,100,,,,1293348.4 !!100米处和直线段的质量惯距r,101,,,,1296019.6r,102,,,,1297493r,103,,,,1301181.8r,104,,,,1311723r,105,,,,1326622r,106,,,,1348967r,107,,,,1370728r,108,,,,1395061r,109,,,,1422801r,110,,,,1452757r,111,,,,1483258r,112,,,,1519733r,113,,,,1558030r,114,,,,1597229r,115,,,,1640292r,116,,,,1687605r,117,,,,1736625r,118,,,,1790923r,119,,,,1848602r,120,,,,1911418r,121,,,,1980562r,122,,,,2052690r,123,,,,2118097r,124,,,,2192307r,125,,,,2263641r,126,,,,2350704r,127,,,,2432292r,128,,,,2516392r,129,,,,2679987r,130,,,,2853514r,131,,,,3048284r,132,,,,3252032r,133,,,,3462506!!边跨直线3米段r,148,,,,1293348.4*3/2!!-700处3.75米段的质量惯距r,134,,,,2725866.2!!边支点横隔r,135,,,,2246142.5!!合龙段横隔r,136,,,,833679/2!!中支点横隔r,137,,,,5292760!!添加边墩质量惯距从上到下!!变截面实心2米段r,138,,,,1163498!!1/2空心5米段r,139,,,,1794766!!空心段4米r,140,,,,657211!!1/2空心4米段r,141,,,,1085079!!实心2米段r,142,,,,1064567!!添加主墩质量惯性距从上到下!!实心3米段r,143,,,,2345361!!1/2空心5米段r,144,,,,2869095!!空心4米段r,145,,,,1769087!!1/2空心4米段r,146,,,,2869095*4/5!!实心2米段r,147,,,,2345361*2/3!!在结点处加入质量惯性距!!边跨合龙段!左边边跨type,2real,135e,2type,2real,134e,3type,2real,148e,4type,2real,100e,5!!右边边跨type,2real,135e,113type,2real,134e,114type,2real,148e,115type,2real,100e,116!!对第一个主跨的循环*do,i,6,39,1type,2real,94+ie,i*enddo!!对第二个主跨的循环*do,i,41,74,1type,2real,59+ie,i*enddo!!对第3个循环*do,i,77,110,1type,2real,33+ie,i*enddo!!对第4个循环*do,i,188,221,1 type,2real,(-88)+ie,i*enddo!!对第5个循环*do,i,152,185,1 type,2real,i-52e,i*enddo!!对第6个循环*do,i,117,150,1 type,2real,(-17)+ie,i*enddo!!添加质量惯距到桥墩!!左边墩type,2real,138e,301type,2real,139e,302type,2real,140e,303type,2real,140e,304type,2real,140e,305type,2real,140e,306type,2 real,141 e,307type,2 real,142 e,308!!右边墩type,2 real,138 e,318type,2 real,139 e,319type,2 real,140 e,320type,2 real,140 e,321type,2 real,140 e,322type,2 real,140 e,323type,2 real,141 e,324type,2real,142e,325!!左边主墩type,2real,143e,310type,2real,144e,311type,2real,145e,312type,2real,145e,313type,2r,400,,,,1769087*3/4 e,314type,2real,146e,315type,2real,147e,316!!中间主墩type,2real,143e,351type,2real,144e,352type,2real,145e,353type,2real,145e,354type,2r,400,,,,1769087*3/4 e,355type,2real,146e,356type,2real,147e,357!!右边主墩type,2real,143e,327type,2real,144e,328type,2real,145e,329type,2real,145e,330type,2r,400,,,,1769087*3/4e,331type,2real,146e,332type,2real,147e,333!!添加横隔板处质量惯性距!!中支点type,2real,137e,500type,2real,137e,501type,2real,137e,502!!合龙段1type,2real,136e,75type,2real,136e,111type,2r,411,,,,1293348.4*3/10 e,40type,2r,412,,,,1293348.4*3/10 e,76!!合龙段2type,2real,136e,222type,2real,136e,186type,2r,411,,,,1293348.4*3/10 e,187type,2r,412,,,,1293348.4*3/10 e,151!!偶合结点cp,1,uy,1,300cp,2,uz,1,300cp,3,rotx,1,300cp,4,uy,309,500cp,5,uz,309,500cp,6,rotx,309,500cp,7,ux,350,501cp,8,uy,350,501cp,9,uz,350,501cp,10,rotx,350,501 cp,11,roty,350,501cp,12,uy,326,502cp,13,uz,326,502cp,14,rotx,326,502cp,15,uy,317,112cp,16,uz,317,112cp,17,rotx,317,112!!!!加约束d,308,all,all,0d,316,all,all,0d,357,all,all,0d,333,all,all,0d,325,all,all,0allselfinish!!!!求解/soluantype,2 !模态分析acel,,9.8 !加载重力modopt,subsp,20 !提取前30阶模态mxpand,20,,,0LUMPM,1solvefinish/post1set,list。

ansys连续梁桥(ansys连续梁桥)

ansys连续梁桥(ansys连续梁桥)

ansys连续梁桥(ansys连续梁桥)The key steps of modeling and analysis are as follows:The center line 1, box beam to simulate the plate thickness is the sideline, box girder floor, roof, web and flange plate.2, determine the location of each key point.The thickness of flange and floor 3, correct simulation of chamfering and the thickness of the gradient.4. After entering into the process, analyze the stress and deformation./prep7/title, three, span, continus, GriderK, 1,0,0K, 2, -2.1,0K, 3, -2.6, -0.125K, 4, -2.8, -0.125K, 5, -3, -0.125K, 6, -3.4857, -0.1036K, 7, -3.9714, -0.0821K, 8, -4.4571, -0.0607K, 9, -4.9429, -0.0393K, 10, -5.4286, -0.0179K, 11, -5.9143,0.0036K, 12, -6.4,0.025K, 13, -2.800, -1.85K, 14,0.0000, -1.85Kgen, 9,1,12,1,0,0,49/8100 Kgen, 2,1,12,1,0,0,50900 Kgen, 9901912,1,0,0,34.5/8100 Kgen, 2901912,1,0,0,35900C1=0.000843399C2=0.001701323*dim, x1, array, 8X1 (1) =49/8X1 (2) =2*49/8X1 (3) =3*49/8X1 (4) =4*49/8X1 (5) =5*49/8X1 (6) =6*49/8X1 (7) =7*49/8X1 (8) =8*49/8*dim, X2, array, 8 X2 (1) =34.5/8X2 (2) =2*34.5/8X2 (3) =3*34.5/8X2 (4) =4*34.5/8X2 (5) =5*34.5/8X2 (6) =6*34.5/8X2 (7) =7*34.5/8X2 (8) =8*34.5/8*dim, Yb, array, 8Yb (1) =-c1*x1 (1) *x1 (1)Yb (2) =-c1*x1 (2) *x1 (2)Yb (3) =-c1*x1 (3) *x1 (3)Yb (4) =-c1*x1 (4) *x1 (4)Yb (5) =-c1*x1 (5) *x1 (5)Yb (6) =-c1*x1 (6) *x1 (6)Yb (7) =-c1*x1 (7) *x1 (7)Yb (8) =-c1*x1 (8) *x1 (8)*dim, YM, array, 8YM (1) =-c2* (x2 (1) -34.5) * (x2 (1) -34.5) +2.025 YM (2) =-c2* (x2 (2) -34.5) * (x2 (2) -34.5) +2.025 YM (3) =-c2* (x2 (3) -34.5) * (x2 (3) -34.5) +2.025 YM (4) =-c2* (x2 (4) -34.5) * (x2 (4) -34.5) +2.025 YM (5) =-c2* (x2 (5) -34.5) * (x2 (5) -34.5) +2.025YM (6) =-c2* (x2 (6) -34.5) * (x2 (6) -34.5) +2.025 YM (7) =-c2* (x2 (7) -34.5) * (x2 (7) -34.5) +2.025 YM (8) =c2* (x2 (8) -34.5) * (x2 (8) -34.5) +2.025 Kgen, 2,13,14,1,0, Yb (1), X1 (1), 100Kgen, 2,13,14,1,0, Yb (2), X1 (2), 200Kgen, 2,13,14,1,0, Yb (3), X1 (3), 300Kgen, 2,13,14,1,0, Yb (4), X1 (4), 400Kgen, 2,13,14,1,0, Yb (5), X1 (5), 500Kgen, 2,13,14,1,0, Yb (6), X1 (6), 600Kgen, 2,13,14,1,0, Yb (7), X1 (7), 700Kgen, 2,13,14,1,0, Yb (8), X1 (8), 800Kgen, 2813814,1,0,0,1100Kgen, 2913914,1,0, YM (1), X2 (1), 100Kgen, 2913914,1,0, YM (2), X2 (2), 200Kgen, 2913914,1,0, YM (3), X2 (3), 300Kgen, 2913914,1,0, YM (4), X2 (4), 400Kgen, 2913914,1,0, YM (5), X2 (5), 500Kgen, 2913914,1,0, YM (6), X2 (6), 600Kgen, 2913914,1,0, YM (7), X2 (7), 700Kgen, 2913914,1,0, YM (8), X2 (8), 800Kgen, 2,1,14,1,0,0, -0.5,50*********************************************************** *****************Et, 1, shell63MP, ex, 1,3.5e10MP, dens, 12500MP, prxy, 0.1667R, 1,0.25*do, I, 0,16,1A, 1+i*100,1+ (i+1), *100,2+ (i+1), *100,2+i*100*enddoA, 1,51,52,2AATT, 1,1,1Asel, noneR, 2,0.375*do, I, 0,16,1A, 2+i*100,2+ (i+1), *100,3+ (i+1), *100,3+i*100*enddoA, 2,52,53,3AATT, 1,2,1Asel, noneR, 3,0.5*做的事,我0,16,1一、3 +我100,3 +(i + 1)* 100,4 +(i + 1)* 100,4 +我* 100 一、4 +我100,4 +(i + 1)×100 +(i + 1)×100 +我* 100* enddo一、3,53,54,4一、4,54,55,5画面,1,3,1切,没有*昏暗,高清,阵列,8高清(8)= 0.2HD(7)= 0.2 +(3.4 / 7)* 0.3 / 3.4高清(6)= 0.2 + 2 *(3.4 / 7)* 0.3 / 3.4高清(5)= 0.2 + 3 *(3.4 / 7)* 0.3 / 3.4高清(4)= 0.2 + 4 *(3.4 / 7)* 0.3 / 3.4高清(3)= 0.2 + 5 *(3.4 / 7)* 0.3 / 3.4高清(2)= 0.2 + 6 *(3.4 / 7)* 0.3 / 3.4高清(1)= 0.2 + 7 *(3.4 / 7)* 0.3 / 3.4*做的事,我1,7,1R,30 + I,高清(I + 1),高清(I + 1),高清(I),高清(I)* enddo*做的事,我0,16,1*做,K,5,11,1a,k,k+50,k+1+50,k+1a,k i i 100,k +(i + 1)* 100,k + 1 +(i + 1)* 100,k + 1 + i * 100画面,1,K + 26,1切,没有* enddo* enddo切,没有R,4,0.5*做的事,我0,16,1一、4 +我100,4 +(i + 1)* 100,13 +(i + 1)* 100,13 +我* 100* enddo一、4,54,63,13画面,1,4,1切,没有C3 = 6.2474e-05C4 = 0.000126024*昏暗,H1,数组,8H1(1)= 0.25 + C3 * X1(1)×X1(1)H1(2)= 0.25 + C3 * X1(2)×X1(2)H1(3)= 0.25 + C3 * X1(3)×X1(3)H1(4)= 0.25 + C3 * X1(4)×X1(4)H1(5)= 0.25 + C3 * X1(5)×X1(5)H1(6)= 0.25 + C3 * X1(6)×X1(6)H1(7)= 0.25 + C3 * X1(7)×X1(7)H1(8)= 0.25 + C3 * X1(8)×X1(8)*暗淡,H2,数组,9H2(1)= 0.25 + C3 * x2(1)* x2(1)H2(2)= 0.25 + C3 * x2(2)* x2(2)H2(3)= 0.25 + C3 * x2(3)* x2(3)H2(4)= 0.25 + C3 * x2(4)* x2(4)H2(5)= 0.25 + C3 * x2(5)* x2(5)H2(6)= 0.25 + C3 * x2(6)* x2(6)H2(7)= 0.25 + C3 * x2(7)* x2(7)H2(8)= 0.25 + C3 * x2(8)* x2(8)H1(1)= 0.25 + C3 * X1(1)×X1(1)H2(9)=0.4*做的事,我1,8,1R,10 +1,H1(i)一、13 +(i-1)* 100,13 +我100,14 +我100,14 +(i-1)* 100 AATT咯+我,1切,没有* enddo*做的事,我1,9,1R,20 +1,H2(i)一、13 +(i + 7)* 100,13 +(i + 8)* 100,14 +(i + 8)* 100,14+(i + 7)* 100 一、13,63,64,14 画面中,+我,1 切,没有* enddoR,50,2一、1,51,64,14 一、801901914814 画面,1,50,1 切,没有全部选择esize,0.4属性值,0 mshkey,1所有的网格,汉塞尔,所有nsym,X,10000,180000,1esym,,10000,110000,1cskp,12,0171417131701nsym,Z,100000,1100000,1esym,,100000,1100000,1allsel,nummrg,所有*********************************************************** ***************************坐标系,0汉塞尔,S,LOC,Y,-1.85汉塞尔,R,LOC,x,3,2.6汉塞尔,R,LOC,Z - 0.5,0D、所有UX ,,,,, UY,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-1.85汉塞尔,R,LOC,X,2.6,3汉塞尔,R,LOC,Z - 0.5,0D、所有UX ,,,,, UY,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-1.85汉塞尔,R,LOC,x,3,2.6汉塞尔,R,LOC,Z,169169.5 D、所有UX ,,,,, UY,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-1.85汉塞尔,R,LOC,X,2.6,3汉塞尔,R,LOC,Z,169169.5 D、所有UX ,,,,, UY,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-3.875汉塞尔,R,LOC,X,2.6,3汉塞尔,R,LOC,Z,49,50D、所有UX ,,,,, UY,UZ,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-3.875汉塞尔,R,LOC,x,3,2.6汉塞尔,R,LOC,Z,49,50D、所有UX ,,,,, UY,UZ,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-3.875汉塞尔,R,LOC,X,2.6,3汉塞尔,R,禄,Z,119120D、所有UX ,,,,, UY,UZ,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-3.875汉塞尔,R,LOC,x,3,2.6汉塞尔,R,LOC,Z,119120D、所有UX ,,,,, UY,UZ,ROTY,鼻疽全部选择*********************************************************** *****************************/解全部选择去,,9.8解决/桩plnsol,S,1汉塞尔,S,LOC,Z,10ESLN,,,所有plnsol,S,1完成节约。

ansys连续梁桥(ansys连续梁桥)-9页精选文档

ansys连续梁桥(ansys连续梁桥)-9页精选文档

ansys连续梁桥(ansys连续梁桥)The key steps of modeling and analysis are as follows:The center line 1, box beam to simulate the plate thickness is the sideline, box girder floor, roof, web and flange plate.2, determine the location of each key point.The thickness of flange and floor 3, correct simulation of chamfering and the thickness of the gradient.4. After entering into the process, analyze the stress and deformation./prep7/title, three, span, continus, GriderK, 1,0,0K, 2, -2.1,0K, 3, -2.6, -0.125K, 4, -2.8, -0.125K, 5, -3, -0.125K, 6, -3.4857, -0.1036K, 7, -3.9714, -0.0821K, 8, -4.4571, -0.0607K, 9, -4.9429, -0.0393K, 10, -5.4286, -0.0179K, 11, -5.9143,0.0036K, 12, -6.4,0.025K, 13, -2.800, -1.85K, 14,0.0000, -1.85Kgen, 9,1,12,1,0,0,49/8100Kgen, 2,1,12,1,0,0,50900Kgen, 9901912,1,0,0,34.5/8100Kgen, 2901912,1,0,0,35900C1=0.000843399C2=0.001701323*dim, x1, array, 8X1 (1) =49/8X1 (2) =2*49/8X1 (3) =3*49/8X1 (4) =4*49/8X1 (5) =5*49/8X1 (6) =6*49/8X1 (7) =7*49/8X1 (8) =8*49/8*dim, X2, array, 8X2 (1) =34.5/8X2 (2) =2*34.5/8X2 (3) =3*34.5/8X2 (4) =4*34.5/8X2 (5) =5*34.5/8X2 (6) =6*34.5/8X2 (7) =7*34.5/8X2 (8) =8*34.5/8*dim, Yb, array, 8Yb (1) =-c1*x1 (1) *x1 (1)Yb (2) =-c1*x1 (2) *x1 (2)Yb (3) =-c1*x1 (3) *x1 (3)Yb (4) =-c1*x1 (4) *x1 (4)Yb (5) =-c1*x1 (5) *x1 (5)Yb (6) =-c1*x1 (6) *x1 (6)Yb (7) =-c1*x1 (7) *x1 (7)Yb (8) =-c1*x1 (8) *x1 (8)*dim, YM, array, 8YM (1) =-c2* (x2 (1) -34.5) * (x2 (1) -34.5) +2.025 YM (2) =-c2* (x2 (2) -34.5) * (x2 (2) -34.5) +2.025 YM (3) =-c2* (x2 (3) -34.5) * (x2 (3) -34.5) +2.025YM (4) =-c2* (x2 (4) -34.5) * (x2 (4) -34.5) +2.025 YM (5) =-c2* (x2 (5) -34.5) * (x2 (5) -34.5) +2.025 YM (6) =-c2* (x2 (6) -34.5) * (x2 (6) -34.5) +2.025 YM (7) =-c2* (x2 (7) -34.5) * (x2 (7) -34.5) +2.025 YM (8) =c2* (x2 (8) -34.5) * (x2 (8) -34.5) +2.025 Kgen, 2,13,14,1,0, Yb (1), X1 (1), 100Kgen, 2,13,14,1,0, Yb (2), X1 (2), 200Kgen, 2,13,14,1,0, Yb (3), X1 (3), 300Kgen, 2,13,14,1,0, Yb (4), X1 (4), 400Kgen, 2,13,14,1,0, Yb (5), X1 (5), 500Kgen, 2,13,14,1,0, Yb (6), X1 (6), 600Kgen, 2,13,14,1,0, Yb (7), X1 (7), 700Kgen, 2,13,14,1,0, Yb (8), X1 (8), 800Kgen, 2813814,1,0,0,1100Kgen, 2913914,1,0, YM (1), X2 (1), 100Kgen, 2913914,1,0, YM (2), X2 (2), 200Kgen, 2913914,1,0, YM (3), X2 (3), 300Kgen, 2913914,1,0, YM (4), X2 (4), 400Kgen, 2913914,1,0, YM (5), X2 (5), 500Kgen, 2913914,1,0, YM (6), X2 (6), 600Kgen, 2913914,1,0, YM (7), X2 (7), 700Kgen, 2913914,1,0, YM (8), X2 (8), 800Kgen, 2,1,14,1,0,0, -0.5,50Et, 1, shell63MP, ex, 1,3.5e10MP, dens, 12500MP, prxy, 0.1667R, 1,0.25*do, I, 0,16,1A, 1+i*100,1+ (i+1), *100,2+ (i+1), *100,2+i*100*enddoA, 1,51,52,2AATT, 1,1,1Asel, noneR, 2,0.375*do, I, 0,16,1A, 2+i*100,2+ (i+1), *100,3+ (i+1), *100,3+i*100*enddoA, 2,52,53,3AATT, 1,2,1Asel, noneR, 3,0.5*做的事,我0,16,1一、3 +我100,3 +(i + 1)* 100,4 +(i + 1)* 100,4 +我* 100一、4 +我100,4 +(i + 1)×100 +(i + 1)×100 +我* 100* enddo一、3,53,54,4一、4,54,55,5画面,1,3,1切,没有*昏暗,高清,阵列,8高清(8)= 0.2HD(7)= 0.2 +(3.4 / 7)* 0.3 / 3.4高清(6)= 0.2 + 2 *(3.4 / 7)* 0.3 / 3.4高清(5)= 0.2 + 3 *(3.4 / 7)* 0.3 / 3.4高清(4)= 0.2 + 4 *(3.4 / 7)* 0.3 / 3.4高清(3)= 0.2 + 5 *(3.4 / 7)* 0.3 / 3.4高清(2)= 0.2 + 6 *(3.4 / 7)* 0.3 / 3.4高清(1)= 0.2 + 7 *(3.4 / 7)* 0.3 / 3.4*做的事,我1,7,1R,30 + I,高清(I + 1),高清(I + 1),高清(I),高清(I)* enddo*做的事,我0,16,1*做,K,5,11,1a,k,k+50,k+1+50,k+1a,k i i 100,k +(i + 1)* 100,k + 1 +(i + 1)* 100,k + 1 + i * 100画面,1,K + 26,1切,没有* enddo* enddo切,没有R,4,0.5*做的事,我0,16,1一、4 +我100,4 +(i + 1)* 100,13 +(i + 1)* 100,13 +我* 100* enddo一、4,54,63,13画面,1,4,1切,没有C3 = 6.2474e-05C4 = 0.000126024*昏暗,H1,数组,8H1(1)= 0.25 + C3 * X1(1)×X1(1)H1(2)= 0.25 + C3 * X1(2)×X1(2)H1(3)= 0.25 + C3 * X1(3)×X1(3)H1(4)= 0.25 + C3 * X1(4)×X1(4)H1(5)= 0.25 + C3 * X1(5)×X1(5)H1(6)= 0.25 + C3 * X1(6)×X1(6)H1(7)= 0.25 + C3 * X1(7)×X1(7)H1(8)= 0.25 + C3 * X1(8)×X1(8)*暗淡,H2,数组,9H2(1)= 0.25 + C3 * x2(1)* x2(1)H2(2)= 0.25 + C3 * x2(2)* x2(2)H2(3)= 0.25 + C3 * x2(3)* x2(3)H2(4)= 0.25 + C3 * x2(4)* x2(4)H2(5)= 0.25 + C3 * x2(5)* x2(5)H2(6)= 0.25 + C3 * x2(6)* x2(6)H2(7)= 0.25 + C3 * x2(7)* x2(7)H2(8)= 0.25 + C3 * x2(8)* x2(8)H1(1)= 0.25 + C3 * X1(1)×X1(1)H2(9)=0.4*做的事,我1,8,1R,10 +1,H1(i)一、13 +(i-1)* 100,13 +我100,14 +我100,14 +(i-1)* 100AATT咯+我,1切,没有* enddo*做的事,我1,9,1R,20 +1,H2(i)一、13 +(i + 7)* 100,13 +(i + 8)* 100,14 +(i + 8)* 100,14 +(i + 7)* 100一、13,63,64,14画面中,+我,1切,没有* enddoR,50,2一、1,51,64,14一、801901914814画面,1,50,1切,没有全部选择esize,0.4属性值,0mshkey,1所有的网格,汉塞尔,所有nsym,X,10000,180000,1 esym,,10000,110000,1cskp,12,0171417131701nsym,Z,100000,1100000,1 esym,,100000,1100000,1allsel,nummrg,所有坐标系,0汉塞尔,S,LOC,Y,-1.85汉塞尔,R,LOC,x,3,2.6汉塞尔,R,LOC,Z - 0.5,0D、所有UX ,,,,, UY,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-1.85汉塞尔,R,LOC,X,2.6,3汉塞尔,R,LOC,Z - 0.5,0D、所有UX ,,,,, UY,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-1.85汉塞尔,R,LOC,x,3,2.6汉塞尔,R,LOC,Z,169169.5 D、所有UX ,,,,, UY,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-1.85汉塞尔,R,LOC,X,2.6,3汉塞尔,R,LOC,Z,169169.5 D、所有UX ,,,,, UY,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-3.875汉塞尔,R,LOC,X,2.6,3汉塞尔,R,LOC,Z,49,50D、所有UX ,,,,, UY,UZ,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-3.875汉塞尔,R,LOC,x,3,2.6汉塞尔,R,LOC,Z,49,50D、所有UX ,,,,, UY,UZ,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-3.875汉塞尔,R,LOC,X,2.6,3汉塞尔,R,禄,Z,119120D、所有UX ,,,,, UY,UZ,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-3.875汉塞尔,R,LOC,x,3,2.6汉塞尔,R,LOC,Z,119120D、所有UX ,,,,, UY,UZ,ROTY,鼻疽全部选择/解全部选择去,,9.8解决/桩plnsol,S,1汉塞尔,S,LOC,Z,10ESLN,,,所有plnsol,S,1完成节约希望以上资料对你有所帮助,附励志名言3条:1、生气,就是拿别人的过错来惩罚自己。

ansys连续梁桥(ansys连续梁桥讲课稿

ansys连续梁桥(ansys连续梁桥讲课稿

ansys连续梁桥(ansys连续梁桥)The key steps of modeling and analysis are as follows:The center line 1, box beam to simulate the plate thickness is the sideline, box girder floor, roof, web and flange plate.2, determine the location of each key point.The thickness of flange and floor 3, correct simulation of chamfering and the thickness of the gradient.4. After entering into the process, analyze the stress and deformation./prep7/title, three, span, continus, GriderK, 1,0,0K, 2, -2.1,0K, 3, -2.6, -0.125K, 4, -2.8, -0.125K, 5, -3, -0.125K, 6, -3.4857, -0.1036K, 7, -3.9714, -0.0821K, 8, -4.4571, -0.0607K, 9, -4.9429, -0.0393K, 10, -5.4286, -0.0179K, 11, -5.9143,0.0036K, 12, -6.4,0.025K, 13, -2.800, -1.85K, 14,0.0000, -1.85Kgen, 9,1,12,1,0,0,49/8100 Kgen, 2,1,12,1,0,0,50900 Kgen, 9901912,1,0,0,34.5/8100 Kgen, 2901912,1,0,0,35900C1=0.000843399C2=0.001701323*dim, x1, array, 8X1 (1) =49/8X1 (2) =2*49/8X1 (3) =3*49/8X1 (4) =4*49/8X1 (5) =5*49/8X1 (6) =6*49/8X1 (7) =7*49/8X1 (8) =8*49/8*dim, X2, array, 8 X2 (1) =34.5/8X2 (2) =2*34.5/8X2 (3) =3*34.5/8X2 (4) =4*34.5/8X2 (5) =5*34.5/8X2 (6) =6*34.5/8X2 (7) =7*34.5/8X2 (8) =8*34.5/8*dim, Yb, array, 8Yb (1) =-c1*x1 (1) *x1 (1)Yb (2) =-c1*x1 (2) *x1 (2)Yb (3) =-c1*x1 (3) *x1 (3)Yb (4) =-c1*x1 (4) *x1 (4)Yb (5) =-c1*x1 (5) *x1 (5)Yb (6) =-c1*x1 (6) *x1 (6)Yb (7) =-c1*x1 (7) *x1 (7)Yb (8) =-c1*x1 (8) *x1 (8)*dim, YM, array, 8YM (1) =-c2* (x2 (1) -34.5) * (x2 (1) -34.5) +2.025 YM (2) =-c2* (x2 (2) -34.5) * (x2 (2) -34.5) +2.025 YM (3) =-c2* (x2 (3) -34.5) * (x2 (3) -34.5) +2.025 YM (4) =-c2* (x2 (4) -34.5) * (x2 (4) -34.5) +2.025 YM (5) =-c2* (x2 (5) -34.5) * (x2 (5) -34.5) +2.025YM (6) =-c2* (x2 (6) -34.5) * (x2 (6) -34.5) +2.025 YM (7) =-c2* (x2 (7) -34.5) * (x2 (7) -34.5) +2.025 YM (8) =c2* (x2 (8) -34.5) * (x2 (8) -34.5) +2.025 Kgen, 2,13,14,1,0, Yb (1), X1 (1), 100Kgen, 2,13,14,1,0, Yb (2), X1 (2), 200Kgen, 2,13,14,1,0, Yb (3), X1 (3), 300Kgen, 2,13,14,1,0, Yb (4), X1 (4), 400Kgen, 2,13,14,1,0, Yb (5), X1 (5), 500Kgen, 2,13,14,1,0, Yb (6), X1 (6), 600Kgen, 2,13,14,1,0, Yb (7), X1 (7), 700Kgen, 2,13,14,1,0, Yb (8), X1 (8), 800Kgen, 2813814,1,0,0,1100Kgen, 2913914,1,0, YM (1), X2 (1), 100Kgen, 2913914,1,0, YM (2), X2 (2), 200Kgen, 2913914,1,0, YM (3), X2 (3), 300Kgen, 2913914,1,0, YM (4), X2 (4), 400Kgen, 2913914,1,0, YM (5), X2 (5), 500Kgen, 2913914,1,0, YM (6), X2 (6), 600Kgen, 2913914,1,0, YM (7), X2 (7), 700Kgen, 2913914,1,0, YM (8), X2 (8), 800Kgen, 2,1,14,1,0,0, -0.5,50*********************************************************** *****************Et, 1, shell63MP, ex, 1,3.5e10MP, dens, 12500MP, prxy, 0.1667R, 1,0.25*do, I, 0,16,1A, 1+i*100,1+ (i+1), *100,2+ (i+1), *100,2+i*100*enddoA, 1,51,52,2AATT, 1,1,1Asel, noneR, 2,0.375*do, I, 0,16,1A, 2+i*100,2+ (i+1), *100,3+ (i+1), *100,3+i*100*enddoA, 2,52,53,3AATT, 1,2,1Asel, noneR, 3,0.5*做的事,我0,16,1一、3 +我100,3 +(i + 1)* 100,4 +(i + 1)* 100,4 +我* 100 一、4 +我100,4 +(i + 1)×100 +(i + 1)×100 +我* 100* enddo一、3,53,54,4一、4,54,55,5画面,1,3,1切,没有*昏暗,高清,阵列,8高清(8)= 0.2HD(7)= 0.2 +(3.4 / 7)* 0.3 / 3.4高清(6)= 0.2 + 2 *(3.4 / 7)* 0.3 / 3.4高清(5)= 0.2 + 3 *(3.4 / 7)* 0.3 / 3.4高清(4)= 0.2 + 4 *(3.4 / 7)* 0.3 / 3.4高清(3)= 0.2 + 5 *(3.4 / 7)* 0.3 / 3.4高清(2)= 0.2 + 6 *(3.4 / 7)* 0.3 / 3.4高清(1)= 0.2 + 7 *(3.4 / 7)* 0.3 / 3.4*做的事,我1,7,1R,30 + I,高清(I + 1),高清(I + 1),高清(I),高清(I)* enddo*做的事,我0,16,1*做,K,5,11,1a,k,k+50,k+1+50,k+1a,k i i 100,k +(i + 1)* 100,k + 1 +(i + 1)* 100,k + 1 + i * 100画面,1,K + 26,1切,没有* enddo* enddo切,没有R,4,0.5*做的事,我0,16,1一、4 +我100,4 +(i + 1)* 100,13 +(i + 1)* 100,13 +我* 100* enddo一、4,54,63,13画面,1,4,1切,没有C3 = 6.2474e-05C4 = 0.000126024*昏暗,H1,数组,8H1(1)= 0.25 + C3 * X1(1)×X1(1)H1(2)= 0.25 + C3 * X1(2)×X1(2)H1(3)= 0.25 + C3 * X1(3)×X1(3)H1(4)= 0.25 + C3 * X1(4)×X1(4)H1(5)= 0.25 + C3 * X1(5)×X1(5)H1(6)= 0.25 + C3 * X1(6)×X1(6)H1(7)= 0.25 + C3 * X1(7)×X1(7)H1(8)= 0.25 + C3 * X1(8)×X1(8)*暗淡,H2,数组,9H2(1)= 0.25 + C3 * x2(1)* x2(1)H2(2)= 0.25 + C3 * x2(2)* x2(2)H2(3)= 0.25 + C3 * x2(3)* x2(3)H2(4)= 0.25 + C3 * x2(4)* x2(4)H2(5)= 0.25 + C3 * x2(5)* x2(5)H2(6)= 0.25 + C3 * x2(6)* x2(6)H2(7)= 0.25 + C3 * x2(7)* x2(7)H2(8)= 0.25 + C3 * x2(8)* x2(8)H1(1)= 0.25 + C3 * X1(1)×X1(1)H2(9)=0.4*做的事,我1,8,1R,10 +1,H1(i)一、13 +(i-1)* 100,13 +我100,14 +我100,14 +(i-1)* 100 AATT咯+我,1切,没有* enddo*做的事,我1,9,1R,20 +1,H2(i)一、13 +(i + 7)* 100,13 +(i + 8)* 100,14 +(i + 8)* 100,14+(i + 7)* 100 一、13,63,64,14 画面中,+我,1 切,没有* enddoR,50,2一、1,51,64,14 一、801901914814 画面,1,50,1 切,没有全部选择esize,0.4属性值,0 mshkey,1所有的网格,汉塞尔,所有nsym,X,10000,180000,1esym,,10000,110000,1cskp,12,0171417131701nsym,Z,100000,1100000,1esym,,100000,1100000,1allsel,nummrg,所有*********************************************************** ***************************坐标系,0汉塞尔,S,LOC,Y,-1.85汉塞尔,R,LOC,x,3,2.6汉塞尔,R,LOC,Z - 0.5,0D、所有UX ,,,,, UY,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-1.85汉塞尔,R,LOC,X,2.6,3汉塞尔,R,LOC,Z - 0.5,0D、所有UX ,,,,, UY,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-1.85汉塞尔,R,LOC,x,3,2.6汉塞尔,R,LOC,Z,169169.5 D、所有UX ,,,,, UY,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-1.85汉塞尔,R,LOC,X,2.6,3汉塞尔,R,LOC,Z,169169.5 D、所有UX ,,,,, UY,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-3.875汉塞尔,R,LOC,X,2.6,3汉塞尔,R,LOC,Z,49,50D、所有UX ,,,,, UY,UZ,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-3.875汉塞尔,R,LOC,x,3,2.6汉塞尔,R,LOC,Z,49,50D、所有UX ,,,,, UY,UZ,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-3.875汉塞尔,R,LOC,X,2.6,3汉塞尔,R,禄,Z,119120D、所有UX ,,,,, UY,UZ,ROTY,鼻疽全部选择汉塞尔,S,LOC,Y,-3.875汉塞尔,R,LOC,x,3,2.6汉塞尔,R,LOC,Z,119120D、所有UX ,,,,, UY,UZ,ROTY,鼻疽全部选择*********************************************************** *****************************/解全部选择去,,9.8解决/桩plnsol,S,1汉塞尔,S,LOC,Z,10ESLN,,,所有plnsol,S,1完成节约。

ANSYS土木工程经典实例命令流大全

ANSYS土木工程经典实例命令流大全

ANSYS土木工程经典实例命令流大全ANSYS是目前最为领先的工程仿真软件之一,广泛应用于土木工程领域。

本文将介绍一些ANSYS土木工程的经典实例以及相关的命令流,帮助工程师更好地应用该软件进行仿真分析。

1. 桥梁结构分析实例实例简介一座桥梁由多个零部件组成,包括桥墩、桥面、桥拱等。

如何分析这些零部件的受力情况,以便于对桥梁结构进行优化和改进呢?ANSYS提供了一系列的分析工具和命令流,可以帮助我们完成这项任务。

命令流详解首先需要创建一个桥梁模型,并进行网格划分。

然后利用ANSYS的各种分析工具进行仿真分析,得到桥梁各个零部件的受力情况。

在此基础上,可以进行结构优化,最终得到一个强度和稳定性都较好的桥梁结构。

以下是桥梁结构分析实例的一些关键命令流:•创建单元网格:ET, SOLID186•定义材料属性:MP, EX, NU, DENS•定义边界条件:*BOUNDARY,MP,SYM,FIX•加载边界条件:DLOAD,TYPE,P,_LOC•计算位移和应力分布:*POST1,DISPL,NF,S2. 地基基础分析实例实例简介地基基础是土木工程中的重要组成部分,承载着整个工程的重量。

如何对地基基础的承载力进行分析和计算呢?ANSYS也提供了相应的分析工具和命令流,帮助土木工程师完成这项任务。

命令流详解首先需要建立地基基础的三维模型,并进行网格划分。

然后利用ANSYS的各种分析工具进行仿真分析,计算地基基础承载力、变形等相关指标。

在此基础上,可以进行结构优化,最终得到一个承载能力和稳定性都较好的地基基础。

以下是地基基础分析实例的一些关键命令流:•创建单元网格:ET, SOLID186•定义材料属性:MP, EX, NU, DENS•定义边界条件:*BOUNDARY,MP,SYM,FIX•加载边界条件:DLOAD,TYPE,P,_LOC•计算应力分布和变形:*POST1,S,EPTO,ETA3. 挖土工程分析实例实例简介挖土工程是土木工程中的重要环节,需要对不同参数下的挖土工程进行分析和优化。

Ansys命令流大全(整理)

Ansys命令流大全(整理)

Ansys命令流大全(整理)1、A,P1,P2,P3,P4,P5,P6,P7,P8,P9此命令用已知的一组关键点点(P1~P9)来定义面(Area),最少使用三个点才能围成面,同时产生转围绕些面的线。

点要依次序输入,输入的顺序会决定面的法线方向。

如果超过四个点,则这些点必须在同一个平面上。

Menu Paths:Main Menu>Preprocessor>Create>Arbitrary>Through KPs2、*ABBR,Abbr,String--定义一个缩略语.Abbr:用来表示字符串"String"的缩略语,长度不超过8个字符.String:将由"Abbr"表示的字符串,长度不超过60个字符.3、ABBRES,Lab,Fname,Ext-从一个编码文件中读出缩略语.Lab:指定读操作的标题,NEW:用这些读出的缩略语重新取代当前的缩略语(默认)CHANGE:将读出的缩略语添加到当前缩略语阵列,并替代现存同名的缩略语.Ext:如果"Fname"是空的,则缺省的扩展命是"ABBR".4、ABBSA V,Lab,Fname,Ext-将当前的缩略语写入一个文本文件里Lab:指定写操作的标题,若为ALL,表示将所有的缩略语都写入文件(默认)5、add, ir, ia,ib,ic,name,--,--,facta, factb, factc将ia,ib,ic变量相加赋给ir变量ir, ia,ib,ic:变量号name: 变量的名称6、Adele,na1,na2,ninc,kswp !kswp=0时只删除掉面积本身,=1时低单元点一并删除。

7、Adrag, nl1,nl2,nl3,nl4,nl5,nl6, nlp1,nlp2,nlp3,nlp4,nlp5,nlp6 !面积的建立,沿某组线段路径,拉伸而成。

8、Afillt,na1,na2,rad !建立圆角面积,在两相交平面间产生曲面,rad为半径。

ANSYS_命令求解连续梁内力

ANSYS_命令求解连续梁内力

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!求解多跨连续梁的弯矩图!!!!!!!算例ex01 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!finish/clear,nostart/filname,ex01,1 !!定义文件名!!!!!参数输入/prep7L=8 !!跨度NN=20 !!每跨分段数量Ns=1 !!跨度数量Ex=2.06e11 !!弹性模量Nuxy=0.3 !!泊松比qq=1.0*1000 !!均布荷载aa=0.2 !!方管截面宽度bb=0.25 !!方管截面高度tt=0.01 !!方管管壁厚度Area=aa*bb-(aa-2*tt)*(bb-2*tt)Izz=aa*bb**3/12-(aa-2*tt)*(bb-2*tt)**3/12Ashear=2*tt*bb !!剪切面积!!!!!前处理/prep7et,1,beam3 !!定义单元类型mp,ex,1,Ex !!定义材料特性mp,nuxy,1,Nuxyr,1,Area,Izz,bb,Area/Ashear,, !!定义实常数(考虑剪切变形)!r,1,Area,Izz,bb,,, !!定义实常数(不考虑剪切变形)!!!!!定义节点Nnode=NN*Ns+1 !!节点总数dx=L/NN !!每段单元长度*do,i,1,Nnoden,i,(i-1)*dx,0,0*enddo!!!!!定义单元Nele=Nnode-1 !!!单元总数type,1real,1mat,1*do,i,1,Nelee,i,i+1 !!!定义单元(单元自动编号)! en,i+Nele,i,i+1 !!!定义单元(单元按规定编号)*enddo!!!!施加约束*do,i,1,Ns+1n1=(i-1)*NN+1d,n1,uy,0*enddod,1,ux,0!!!施加荷载sfbeam,all,1,pres,qq!!!!求解/soluallsel,allsolve!!!!画弯矩图/post1ETABLE,SMIS6,SMISC, 6ETABLE,SMIS12,SMISC, 12PLLS,SMIS6,SMIS12,-1,0 !!画弯矩图plnsol,u,y,0,1.0, !!画变形图!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!求解单层球面网壳的临界荷载!!!!!!!算例ex02 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!finish/clear,nostart/filname,ex02,1 !!定义文件名!!!!!参数输入/prep7PI=3.1415926535R=15 !!球面半径f=5 !!网壳矢高NR=8 !!径向划分数量NC=24 !!环向划分数量alf=acos((R-f)/R) !!圆心角(弧度)alf=alf*180/PI !!圆心角(度)dalf=alf/NR !!每个网格对应的圆心角alf0=90-alf !!起始圆心角dbeta=360/NCEx=2.06e11 !!弹性模量Nuxy=0.3 !!泊松比qq=3.0*1000 !!均布荷载aa=0.12 !!方管截面宽度bb=0.12 !!方管截面高度tt=0.006 !!方管管壁厚度Area=aa*bb-(aa-2*tt)*(bb-2*tt)Izz=aa*bb**3/12-(aa-2*tt)*(bb-2*tt)**3/12Iyy=bb*aa**3/12-(bb-2*tt)*(aa-2*tt)**3/12!!!!!前处理/prep7et,1,beam188 !!定义单元类型!keyopt,1,3,2 !!定义形函数精度mp,ex,1,Ex !!定义材料特性mp,nuxy,1,Nuxysectype,1,beam,HREC,,2 !!定义截面类型secoffset,CENT !!截面按形心对中SECDATA,aa,bb,tt,tt,tt,tt,0,0,0,0 !!定义截面参数!r,1,Area,Izz,Iyy,aa,bb,, !!定义实常数!!!!!定义节点Nnode=2*NC*NR+1 !!节点总数N,Nnode+1,0,0,0 !!球心N,Nnode,0,0,R !!顶点csys,2 !!球面坐标系*do,i,1,NR*do,j,1,NCinode=NC*(i-1)+jn,inode,R,j*dbeta,alf0+(i-1)*dalf*enddo*enddocsys,0 !!直角坐标系!!!!!定义单元Nele=2*NC*NR !!!单元总数type,1secnum,1mat,1*do,i,1,NR !!定义环向杆件*do,j,1,NCinode=NC*(i-1)+j*if,j,ne,NC,thene,inode,inode+1,Nnode+1*elsee,inode,inode-NC+1,Nnode+1*endif*enddo*enddo*do,i,1,NR !!定义径向杆件*do,j,1,NCinode=NC*(i-1)+j*if,i,ne,NR,thene,inode,inode+NC,Nnode+1*elsee,inode,Nnode,Nnode+1*endif*enddo*enddo!!!!施加约束*do,i,1,NCd,i,ux,0d,i,uy,0d,i,uz,0*enddo!!!施加荷载(近似计算)*do,i,2,NR !!各环荷载alf1=alf0+(i-1)*dalfdC=2*PI*R*cos(alf1/180*PI)/NCdR=R*(dalf/180*PI)FF=qq*dC*dR*do,j,1,NCinode=NC*(i-1)+jf,inode,fz,-FF*enddo*enddoFF=qq*PI*dR**2f,nnode,fz,-FF!!!首先进行静力解/soluantype,0pstres,onsolvefinish!!!然后进行屈曲分析/soluantype,1bucopt,lanb,4mxpand,4,,,1solve!!!后处理/post1set,firstPLNSOL, U,Z, 0,1.0!!!显示设置/VIEW, 1 ,1,1,1/ANG, 1/ANG, 1 ,-120.000000,ZS,1/REP,FAST!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!认识应力刚度矩阵!!!!!!!算例ex03 !!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!finish/clear/UNITS,SI/filname,ex03!!!参数输入/prep7exx=2.0e11mu=0.3area=0.01L=1k=5000P=100NN=5 !!!弹簧数量!!!定义单元类型,实常数,材料类型et,1,link1mp,ex,1,exxmp,prxy,1,mur,1,areaet,2,combin14r,2,k!!!定义节点*do,iii,1,NN+1n,iii,0,(iii-1)*L*enddo*do,iii,1,NNn,101+iii,0.5,iii*L*enddo!!!定义杆单元type,1real,1mat,1*do,iii,1,NNe,iii,iii+1*enddo!!!定义弹簧单元type,2real,2mat,2*do,iii,2,NN+1e,iii,iii+100*enddo!!!施加约束d,1,ux,0d,1,uy,0*do,iii,2,NN+1d,iii+100,all,0*enddo!!!施加荷载f,NN+1,fy,-P!!!首先进行静力求解/soluantype,staticpstres,onsolvefinish!!!然后进行屈曲分析/soluantype,bucklebucopt,lanb,2!mxpand,2,,,1solve!!!后处理/post1set,firstPLNSOL, U,x, 0,1.0!!!显示设置/PSF,PRES,NORM,2,0,1/PBC,u,,1/PBC,rot,,1/PBC,f,,1/eshape,1/VIEW,1,1,1,1/ANG,1/REP,FAST!!!读取刚度矩阵getK,'ex03',1!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!认识应力刚度矩阵!!!!!!!子程序,读取刚度矩阵!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!操作二进制文件,将刚度矩阵写入数组!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!finish/aux2file,arg1,full*if,arg2,eq,1,thenhbmat,hbfile,txt,,ascii,stiff,yes !!!!写刚度矩阵*elsehbmat,hbfile,txt,,ascii,mass,yes !!!!写质量矩阵或应力刚度矩阵*endiffinish!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!*DIM,CONTLINE,,5*VREAD,CONTLINE(1),HBFILE,TXT,,,5,,,1 !!跳过第1行后读入5个数据(5F14.0)PTRCRD=CONTLINE(2) !列指针总数INDCRD=CONTLINE(3) !行指针总数VALCRD=CONTLINE(4) !刚度矩阵非零元总数RHSCRD=CONTLINE(5) !右边项总行数*VREAD,CONTLINE(1),HBFILE,TXT,,,4,,,2 !!跳过第2行后读入4个数据(A3,11X,4F14.0)NROW=CONTLINE(2) !刚度矩阵的行数NCOL=CONTLINE(3) !刚度矩阵的列数*IF,RHSCRD,EQ,0,THEN !如果无右边项取LS0=4行,否则取LS0=5LS0=4*ELSELS0=5*ENDIF!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!*DIM,POINTR,,PTRCRD !定义列指针数组*DIM,ROWIND,,INDCRD !定义行指针数组*DIM,VALUES,,VALCRD !定义矩阵元素值数组*DIM,RHSVAL,,RHSCRD !定义右边项元素值数组*VREAD,POINTR(1),HBFILE,TXT,,,PTRCRD,,,LS0(F14.0) !读入列指针*VREAD,ROWIND(1),HBFILE,TXT,,,INDCRD,,,LS0+PTRCRD(F14.0) !读入行指针*VREAD,VALUES(1),HBFILE,TXT,,,VALCRD,,,LS0+PTRCRD+INDCRD(D25.15) !读入矩阵非零元*VREAD,RHSVAL(1),HBFILE,TXT,,,RHSCRD,,,LS0+PTRCRD+INDCRD+VALCRD(D25.15) !读入右边项数据!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!*DIM,SMATR,,NROW,NCOL !定义矩阵,满矩阵存储的矩阵*DO,ICOL,1,NCOL !以列数循环STACOL=POINTR(ICOL) !得到当前列指针ENDCOL=POINTR(ICOL+1) !得到下一列指针*DO,IROW,STACOL,ENDCOL-1 !以当前列中的非零元素个数循环TRUEROW=ROWIND(IROW) !得到当前元素的行号SMATR(TRUEROW,ICOL)=VALUES(IROW) !按行列号将元素值保存到矩阵中*ENDDO*ENDDO !结束两个循环!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!*DO,IROW,1,NROW-1 !形成上三角元素,进而得到满矩阵*DO,ICOL,IROW+1,NCOLSMATR(IROW,ICOL)=SMATR(ICOL,IROW)*ENDDO*ENDDO!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!POINTR=ROWIND=VALUES=RHSVAL=ICOL=IROW=LS0=STACOL=ENDCOL=TRUEROW=TOTCRD=PTRCRD=INDCRD=VALCRD=RHSCRD=STRLINE=CONTLINE=。

曲线梁桥ANSYS计算命令流

曲线梁桥ANSYS计算命令流

!****************************************************************************** ***********************! case2:无偏载(以跨径布置30m+40m+30m,桥宽8.5为例)! 上海城市设计研究院L1+L2+L3预应力混凝土曲线连续梁桥结构分析! 两端为抗扭支座,中间支座为点铰支座! 每次要记得修改横隔梁的参数,即Mass21单元的实常数!****************************************************************************** ***********************FINI/CLE/prep7!DEFINE THE ELEMENTARY PARAMETERS*DIM,L,ARRAY,10*DIM,H,ARRAY,10*DIM,CITA,ARRAY,10!*****以下参数均可修改***************N=3 !跨数L(1)=30 !第一跨L(2)=40 !第二跨L(3)=30 !第三跨e1=1.25 !1#墩处内支座到中心线的间距e2=1.25 !1#墩处外支座到中心线的间距e3=0 !2#墩处的支座偏心距(正的表示外偏)e4=0 !3#墩处的支座偏心距e5=1.25 !4#墩处内支座到中心线的间距e6=1.25 !4#墩处外支座到中心线的间距R=10000 !曲线桥半径H0=1.0 !梁底到截面形心处的高度M=16146 !mass21单元质量J=27246.38 !mass21单元转动惯量!*************************************LL=0.0*DO,I,1,NLL=LL+L(I)CITA(I)=L(I)/R/3.1415925*180*ENDDOCITA0=LL/R/3.1415925*180LOCAL,11,1,0,0,0,0,270,0CSYS,11!DEFINE THE NODES OF BRIDGEN, 1, R, -179.9999, H0N, L(1)+1, R, -179.9999+CITA(1), H0N, L(1)+L(2)+1, R, -179.9999+CITA(1)+CITA(2), H0 N, L(1)+L(2)+L(3)+1, R, -179.9999+CITA0, H0FILL,1,L(1)+1FILL,L(1)+1,L(1)+L(2)+1FILL,L(1)+L(2)+1,L(1)+L(2)+L(3)+1!DEFINE THE REFERENCE POINT OF MAIN DECKN,2000,0,0,0!***************************************************************** !DEFINE THE NODES OF RIGID BEAM OF MAIN GIRDERN, 2001, R-e1, -179.9999, H0N, 2002, R+e2, -179.9999, H0N, 2003, R+e3, -179.9999+CITA(1), H0N, 2004, R+e4, -179.9999+CITA(1)+CITA(2), H0N, 2005, R-e5, -179.9999+CITA0, H0N, 2006, R+e6, -179.9999+CITA0, H0NROTA T,ALL!*****************************************************! 定义主梁单元材料、几何参数! 混凝土标号为C40!**************梁段截面几何特性*******************ET,1,BEAM4MP,EX , 1, 3.25E+10MP,NUXY, 1, 0.2000MP,DENS, 1, 3950.50MP,ALPX, 1, 1.00E-05R,1,4.39129,2.4428,20.7089,8.5,2.0,, !跨中梁断面RMORE ,,5.0388,,,,,!**************刚臂截面几何特性*******************! 增设抗扭或偏心支座时采用ET,3,BEAM4MP,EX , 3, 3.25E+10MP,NUXY, 3, 0.2000MP,DENS, 3, 0.0MP,ALPX, 3, 1.0E-08R,3,100,1000,1000,0.5,0.5,,RMORE ,,1000,,,,,!****************生成主梁单元**********************TYPE,1MA T,1REAL,1*DO,I,1,LL,1E,I,I+1,2000*ENDDO!*********************************************************** ! 生成主梁刚臂单元!*********************************************************** TYPE,3MA T,3REAL,3E,2001,1E,1,2002*IF,e3,GT,0.0,THENE,2003,L(1)+1*ELSENSEL,U, , ,2003*ENDIF*IF,e4,GT,0.0,THENE,2004,L(1)+L(2)+1*ELSENSEL,U, , ,2004*ENDIFE,2005,LL+1E,LL+1,2006!**************************************************! 支墩处的横隔梁采用Mass21单元来模拟!**************************************************ET,4,MASS21R,100, M ,M ,M ,J ,,,TYPE,4REAL,100E,1E,L(1)+1E,L(1)+L(2)+1E,LL+1!****施加约束条件**********D,2001,UX,,,,,UY,UZD,2002,UZ*IF,e3,GT,0.0,THEND,2003,,,,,,,UZ*ELSED,L(1)+1,,,,,,,UZ*ENDIF*IF,e4,GT,0.0,THEND,2004,,,,,,,UZ*ELSED,L(1)+L(2)+1,,,,,,,UZ*ENDIFD,2005,UX,,,,,,UZD,2006,UZ!********************************************************** ! 对桥梁桥面各节点逐点加载!********************************************************** /SOLUANTYPE,0 ! 静力分析ACEL,0,0,0K=1*DO,I,1,LL+1,1TIME,KFDELE,ALL,ALLF,I,FZ,-1000SOLVEK=K+1*ENDDO!******定义各片纵梁的竖向挠度、弯矩、扭矩、剪力的包络图******** *DIM,AMAX,ARRAY,LL+1*DIM,AMIN,ARRAY,LL+1*DIM,JZMAX,ARRAY,LL+1*DIM,JZMIN,ARRAY,LL+1*DIM,DISP1,ARRAY,LL+1,LL+1*DIM,MZ1,ARRAY,LL,LL+1*DIM,MX1,ARRAY,LL,LL+1*DIM,QY1,ARRAY,LL,LL+1*DIM,DISP1MAX,ARRAY,LL+1*DIM,DISP1MIN,ARRAY,LL+1*DIM,MZ1MAX,ARRAY,LL*DIM,MZ1MIN,ARRAY,LL*DIM,MX1MAX,ARRAY,LL*DIM,MX1MIN,ARRAY,LL*DIM,QY1MAX,ARRAY,LL*DIM,QY1MIN,ARRAY,LL*DIM,KK,ARRAY,LL+1*DIM,REACTION,ARRAY,6,LL+1*DIM,REACTIONMAX,ARRAY,6*DIM,REACTIONMIN,ARRAY,6*DO,I,1,LL+1,1/POST1SET,I!*****************竖向位移***************DO,J,1,LL+1,1*GET,DISP1(J,I),NODE,J,U,Y*ENDDO!*****************竖向弯矩Mz************DO,J,1,LL,1*GET,MZ1(J,I),ELEM, J, SMISC,6*ENDDO!*****************扭矩Mx************DO,J,1,LL,1*GET,MX1(J,I),ELEM, J, SMISC,4*ENDDO!*****************剪力Qy************DO,J,1,LL,1*GET,QY1(J,I),ELEM, J, SMISC,2*ENDDO!*****************支座反力************GET,REACTION(1,I),NODE, 2001, RF,FZ*GET,REACTION(2,I),NODE, 2002, RF,FZ*IF,e3,GT,0.0,THEN*GET,REACTION(3,I),NODE, 2003, RF,FZ*ELSE*GET,REACTION(3,I),NODE, L(1)+1, RF,FZ*ENDIF*IF,e4,GT,0.0,THEN*GET,REACTION(4,I),NODE, 2004, RF,FZ*ELSE*GET,REACTION(4,I),NODE, L(1)+L(2)+1, RF,FZ *ENDIF*GET,REACTION(5,I),NODE, 2005, RF,FZ*GET,REACTION(6,I),NODE, 2006, RF,FZKK(I)=I*ENDDO!**************************公路I级汽车活载影响线加载效应计算*******************************! 车道宽度假定为3.75m! 车道布置:横向NN=2车道,不考虑横向折减系数;跨径小于150m,不需要考虑纵向折减。

连续梁桥ansys命令流

连续梁桥ansys命令流

!平面杆件结构静力分析!==========前处理==========FINISH !退出PREP7处理器/CLEAR !清除当前数据/Prep7 !进入prep7处理器!创建线,赋予线属性*DO,I,1,5,1 !连续定义5个单元类型参考号,单元类型为BEAM44ET,I,BEAM44*ENDDOET,6,Link8 !定义第6个单元类型参考号,单元类型为Link8KEYOPT,3,7,1 !定义单元左端绕Z轴角位移自由度释放类型号为3KEYOPT,5,8,1 !定义单元右端绕Z轴角位移自由度释放类型号为5MP,EX,1,200000000 !定义弹性模量MP,prxy,1,0.16 !定义泊松比MP,DENS,1,78 !定义单元容重K,1,77.7875,202.6708 !定义关键点K,2,88.1393,202.6708 !定义关键点K,3,98.4911,202.6708 !定义关键点K,4,108.843,202.6708 !定义关键点K,5,119.1948,202.6708 !定义关键点K,6,129.5466,202.6708 !定义关键点K,7,139.8984,202.6708 !定义关键点K,8,150.2503,202.6708 !定义关键点K,9,160.6021,202.6708 !定义关键点R,1,0.00485883,0.00022855,7.4E-6,0.144,0.4 !定义实常数LSEL,none !默认选前一线段L,1,2 !连接两关键点为直线LATT,1,1,1 !设置上面连接线的单元属性:包括材料属性、实常数及BEAM44单元类型R,2,0.00485883,0.00022855,7.4E-6,0.144,0.4 !定义实常数LSEL,none !默认选前一线段L,2,3 !连接两关键点为直线LATT,1,2,1 !设置上面连接线的单元属性:包括材料属性、实常数及BEAM44单元类型R,3,0.00485883,0.00022855,7.4E-6,0.144,0.4 !定义实常数LSEL,none !默认选前一线段L,3,4 !连接两关键点为直线LATT,1,3,1 !设置上面连接线的单元属性:包括材料属性、实常数及BEAM44单元类型R,4,0.00485883,0.00022855,7.4E-6,0.144,0.4 !定义实常数LSEL,none !默认选前一线段L,4,5 !连接两关键点为直线LATT,1,4,1 !设置上面连接线的单元属性:包括材料属性、实常数及BEAM44单元类型R,5,0.00485883,0.00022855,7.4E-6,0.144,0.4 !定义实常数LSEL,none !默认选前一线段L,5,6 !连接两关键点为直线LATT,1,5,1 !设置上面连接线的单元属性:包括材料属性、实常数及BEAM44单元类型R,6,0.00485883,0.00022855,7.4E-6,0.144,0.4 !定义实常数LSEL,none !默认选前一线段L,6,7 !连接两关键点为直线LATT,1,6,1 !设置上面连接线的单元属性:包括材料属性、实常数及BEAM44单元类型R,7,0.00485883,0.00022855,7.4E-6,0.144,0.4 !定义实常数LSEL,none !默认选前一线段L,7,8 !连接两关键点为直线LATT,1,7,1 !设置上面连接线的单元属性:包括材料属性、实常数及BEAM44单元类型R,8,0.00485883,0.00022855,7.4E-6,0.144,0.4 !定义实常数LSEL,none !默认选前一线段L,8,9 !连接两关键点为直线LATT,1,8,1 !设置上面连接线的单元属性:包括材料属性、实常数及BEAM44单元类型!==========划分网格==========LSEL,ALL !选择所有线段LESIZE,ALL,,,1 !网格划分定义:一条线段一个单元LMESH,ALL !所有线段进行网格划分,形成单元!==========定义约束==========K,10,77.7875,202.6708 !定义关键点DK,10,UX,,,,UY,UZ !这是一个固定铰支座,节点的X、Y、Z三个方向的线位移被约束K,11,160.6021,202.6708 !定义关键点DK,11,UY,,,,UZ !这是一个竖向活动支座,Y向位移被约束,同时也约束了Z向的线位移!==========定义荷载==========SFBEAM,1,2,PRES,50,50 !施加单元Y向线荷载SFBEAM,2,2,PRES,50,50 !施加单元Y向线荷载SFBEAM,3,2,PRES,50,50 !施加单元Y向线荷载SFBEAM,4,2,PRES,50,50 !施加单元Y向线荷载SFBEAM,5,2,PRES,50,50 !施加单元Y向线荷载SFBEAM,6,2,PRES,50,50 !施加单元Y向线荷载SFBEAM,7,2,PRES,50,50 !施加单元Y向线荷载SFBEAM,8,2,PRES,50,50 !施加单元Y向线荷载NUMMRG,KP,0.005 !对所有关键点进行合并!以下为释放自由度ALLSEL,ALL !选择全部实体/SOLU !进入solu求解器SOLVE !结构力学求解计算/POST1 !进入后处理器PLDISP,1 !显示变形ETABLE,FXI,SMISC,1 !定义单元左端轴力表ETABLE,FXJ,SMISC,7 !定义单元右端轴力表ETABLE,FYI,SMISC,2 !定义单元左端Y向剪力表ETABLE,FYJ,SMISC,8 !定义单元右端Y向剪力表ETABLE,FZI,SMISC,3 !定义单元左端Z向剪力表ETABLE,FZJ,SMISC,9 !定义单元右端Z向剪力表ETABLE,MXI,SMISC,4 !定义单元左端绕X轴钮矩表ETABLE,MXJ,SMISC,10 !定义单元右端绕X轴钮矩表ETABLE,MYI,SMISC,5 !定义单元左端绕Y轴弯矩表ETABLE,MYJ,SMISC,11 !定义单元右端绕Y轴弯矩表ETABLE,MZI,SMISC,6 !定义单元左端绕Z轴弯矩表ETABLE,MZJ,SMISC,12 !定义单元右端绕Z轴弯矩表ETABLE,SMINI,NMISC,2ETABLE,SMINJ,NMISC,4PLLS,FXI,FXJ !显示轴力PLLS,FYI,FYJ !显示剪力PLLS,MXI,MXJ !显示扭矩PLLS,MYI,MYJ !显示绕Y轴的弯矩PLLS,SMINI,SMINJPLLS,MZI,MZJ !显示单元绕Z轴的弯矩SECTYPE, 1, BEAM, CSOLID SECOFFSET, CENTSECDATA,1。

ANSYS四跨连续梁的内力计算教程

ANSYS四跨连续梁的内力计算教程

ANSYS四跨连续梁的内力计算四跨连续梁模型图如下所示,各个杆件抗弯刚度EI相同,利用平面梁单元分析它的变形和内力1.结构力学分析利用结构力学方法可以求出这个连续梁的剪力图和弯矩图如下这里只给出了梁的弯曲刚度相同条件,没有指定梁截面的几何参数和材料的力学性质.从结构力学分析的条件上看,这些条件对于确定梁的内力已经足够,但是对于梁的变形分析和应力计算,还需要补充材料的力学参数和截面几何参数。

所以以下分析中,假定梁的截面面积位0。

3m2,抗弯惯性矩为0.003m4,截面高度为0.1m;材料的弹性模量为1000kN/m2,泊松比为0。

3。

补充这些参数对于梁的内力没有影响,但是对于梁的变形和应力是有影响的。

2.用节点和单元的直接建模求解按照前面模型示意图布置节点和单元,在图示坐标系里定位节点的坐标和单元连接信息,以及荷载作用情况和位移约束.由于第二跨中间有两个集中力,所以在集中力位置设置两个节点。

这样,就可以将这两个集中力直接处理成节点荷载。

对于平面梁单元的节点只需输入平面上的两个坐标值,所以这里只输入节点的x坐标和y坐标.(1)指定为结构分析运行主菜单中preference偏好设定命令,然后在对话框中,指定分析模块为structural结构分析,然后单击ok按钮(2)新建单元类型运行主菜单preprocessor—element type-add/edit/delete命令,接着在对话框中单击add按钮新建单元类型(3)定义单元类型先选择单元为beam,接着选2d elastic 3,然后单击ok按钮确定,完成单元类型的选择(4)关闭单元类型的对话框回到单元类型对话框,已经新建了beam3的单元,单击对话框close按钮关闭对话框(5)定义实力常量运行主菜单preprocessor-real constants—add/edit/delete命令,接着在对话框中单击add按钮新建实力常量接着选择定义单元beam3的实力常量,选择后单击ok按钮,然后输入该单元的截面积为0。

钢筋混凝土梁ansys分析附命令流

钢筋混凝土梁ansys分析附命令流

钢筋混凝⼟梁ansys分析附命令流钢筋混凝⼟⾮线性分析2015⼤作业上海交通⼤学陈明1、参数选择梁的截⾯宽度为200mm,上部配置2Φ8受压筋,混凝⼟的净保护层厚度为25 mm(从纵向钢筋外边缘算起),箍筋两端区采⽤8@100的双肢箍,中间区取8@200 双肢箍1)梁的截⾯⾼度选300mm;2)两加载间的距离选1000mm;3)混凝⼟选C30;4)纵向受拉钢筋配筋选218;2、描述选⽤的有限元模型及单元的特点采⽤ansys软件进⾏模拟计算,钢筋混凝⼟模型采⽤分离式模型,不考虑钢筋与混凝⼟之间的相对滑移。

混凝⼟采⽤solid65单元模拟,solid65⽤于模拟三维有钢筋或⽆钢筋的混凝⼟模型。

该单元能够计算拉裂和压碎。

在混凝⼟应⽤中,该单元的实体功能可以⽤于建⽴混凝⼟模型,同时,还可⽤加筋功能建⽴钢筋混凝⼟模型。

另外,该单元还可以应⽤于加强复合物和地质材料。

该单元由⼋个节点定义,每个节点有三个⾃由度:节点坐标系的x,y,z⽅向的平动。

⾄多可以定义三种不同规格的钢筋。

钢筋单元采⽤link180单元模拟,link180是⼀个适⽤于各类⼯程应⽤的三维杆单元。

根据具体情况,该单元可以被看作桁架单元、索单元、链杆单元或弹簧单元等等。

本单元是⼀个轴向拉伸⼀压缩单元,每个节点有三个⾃由度:节点坐标系的x,y,z⽅向的平动。

本单元是⼀种顶端铰接结构,不考虑单元弯曲。

本单元具有塑性、蠕变、旋转、⼤变形和⼤应变功能。

缺省时,当考虑⼤变形时任何分析中LINK180单元都包括应⼒刚化选项。

3、描述选⽤的混凝⼟与钢筋粘结滑移本构关系的具体形式、参数等。

钢筋的应⼒应变关系曲线考虑到极限塑性应变最⼤值为0.01,钢筋本构模型采⽤多线性模型kinh,初始弹性模量为Es=200000Mpa,强化系数为0.001。

混凝⼟的应⼒应变关系曲线混凝⼟选⽤各向同性的miso模型,当计⼊下降端时,程序报错,所以只取了前⾯的上升段,⽤5段折线模拟混凝⼟应⼒应变曲线。

(完整版)ANSYS命令流总结(全)

(完整版)ANSYS命令流总结(全)

ANSYS结构分析单元功能与特性/可以组成一一些命令,一般是一种总体命令(session),三十也有特殊,比如是处理/POST1! 是注释说明符号,,与其他软件的说明是一样的,ansys不作为命令读取,* 此符号一般是APDL的标识符,也就是ansys的参数化语言,如*do ,,,*enddo等等NSEL的意思是node select,即选择节点。

s就是select,选择。

DIM是定义数组的意思。

array 数组。

MP命令用来定义材料参数。

K是建立关键点命令。

K,关键点编号,x坐标,y坐标,z坐标。

K, NPT, X, Y, Z是定义关键点,K是命令,NPT是关键点编号,XYZ是坐标。

NUMMRG, keypoint 用这个命令,要保证关键点的位置完全一样,只是关键点号不一样的才行。

这个命令对于重复的线面都可以用。

这个很简单,压缩关键。

Ngen 复制节点e,节点号码:这个命令式通过节点来形成单元NUMCMP,ALL:压缩所有编号,这样你所有的线都会按次序重新编号~你要是需要固定的线固定的标号NSUBST,100,500,50:通过指定子步数来设置载荷步的子步LNSRCH线性搜索是求解非线性代数方程组的一种技巧,此法会在一段区间内,以一定的步长逐步搜索根,相比常用的牛顿迭代法所要耗费的计算量大得多,但它可以避免在一些情况下牛顿迭代法出现的跳跃现象。

LNSRCH激活线性搜索PRED 激活自由度求解预测NEQIT指定一个荷载步中的最大子步数AUTOTS 自动求解控制打开自动时间步长.KBC -指定阶段状或者用跳板装载里面一个负荷步骤。

SPLINE:P1,P2,P3,P4,P5,P6,XV1,YV1,ZV1,XV6,YV6,ZV6(生成分段样条曲线)*DIM,Par,Type,IMAX,JMAX,KMAX,Var1,Var2,Var3(定义载荷数组的名称)【注】Par: 数组名Type:array 数组,如同fortran,下标最小号为1,可以多达三维(缺省)char 字符串组(每个元素最多8个字符)tableIMAX,JMAX,KMAX各维的最大下标号Var1,Var2,Var3 各维变量名,缺省为row,column,plane(当type为table时)/config是设置ansys配置参数的命令格式为/CONFIG, Lab, V ALUELab为参数名称value为参数值例如:/config,MXEL,10000的意思是最大单元数为10000杆单元:LINK1、8、10、11、180梁单元:BEAM3、4、23、24,44,54,188,189管单元:PIPE16,17,18,20,59,602D实体元:PLANE2,25,42,82,83,145,146,182,1833D实体元:SOLID45,46,64,65,72,73,92,95,147,148,185,186,187,191壳单元:SHELL28,41,43,51,61,63,91,93,99,143,150,181,208,209弹簧单元:COMBIN7,14,37,39,40质量单元:MASS21接触单元:CONTAC12,52,TARGE169,170,CONTA171,172,173,174,175,178矩阵单元:MATRIX27,50表面效应元:SURF153,154粘弹实体元:VISCO88,89,106,107,108, 超弹实体元:HYPER56,58,74,84,86,158耦合场单元:SOLID5,PLANE13,FLUID29,30,38,SOLID62,FLUID79,FLUID80,81, SOLID98,FLUID129,INFIN110,111,FLUID116,130 界面单元:INTER192,193,194,195 显式动力分析单元:LINK160,BEAM161,PLANE162,SHELL163,SOLID164,COMBI16杆单元(Large deflection),F-大应变(Large strain)或有限应变(Finite strain),B-单元生死(Birth and dead),G-应力刚化(Stress stiffness)或几何刚度(Geometric stiffening),A-自适应下降(Adaptive descent )等。

混凝土梁的ANSYS命令流

混凝土梁的ANSYS命令流
SV AE
! 水***** * *****定义支座垫板的几何特性及材料特性****** * *
E , O I4 T 3 S LD 5 , M, 33O 1 PE, . 0 X , E
SV AE
!***** 建立混凝土梁单元**** ****** *** *
附录 2
B O K 0 L 0 2 , . LC , 0 . 0 0 2 , , 5 , 0 BO K 0 L0 2 , 50 0 2 LC , , 5 0 3 , . , . . , 0 BO KO L 2 , 5- . 0 LC , 0 50 3 ,0 1, , . . 5 BO K 0 L0 2 , 5 02 , 5 LC , , 50 3 , 0 0 3 , . . . . V E , . S LA I L VL EA I G U, L
SV AE
左翼缘构造筋
L 部构造钢筋划分网格 [E ,, E,6 1, SlS LN, 1, 1 I 6 LE, IE, 71, S LA LN ,1, 1 , 7 LT , , AT 2 3 2 , LS Z , , 5 E IE A L 00 L .
LE IA L M SI L , l lAL 名E , L
K 2 , , 5 0 1, , 3 5 0 0 , 5 4 . . . L T , SR 2 , 1 2 2 L T , SR 2 , 3 2 4
!*****下面纵向钢筋划分网格* ** * ****** * **
LE , , E , 3 1, S L S LN , 1, 2 I 5
R1 ,,
! 定义混凝土的常数
M, , e0弹性模量要根据其他公式求 PE, 3 l! X12 4 .
M , Y 10 2 P P X , . R , 0 M , S l2E 密度 PDN , 53! E ,

(完整版)ANSYS命令流总结(全)

(完整版)ANSYS命令流总结(全)

ANSYS结构解析单元功能与特征/POST1/可以构成一一些命令,一般是一种整体命令( session),三十也有特别,比方是办理 ! 是说明说明符号,,与其余软件的说明是相同的, ansys 不作为命令读取,*此符号一般是 APDL 的表记符,也就是 ansys 的参数化语言,如 *do ,,,*enddo 等等NSEL 的意思是node select,即选择节点。

s 就是 select,选择。

DIM是定义数组的意思。

array 数组。

MP 命令用来定义资料参数。

K 是建立要点点命令。

K, 要点点编号 ,x 坐标 ,y 坐标, z 坐标。

K, NPT, X, Y , Z 是定义要点点, K 是命令, NPT 是要点点编号, XYZ 是坐标。

NUMMRG , keypoint 用这个命令,要保证要点点的地点完整相同,不过要点点号不一样样的才行。

这个命令关于重复的线面都可以用。

这个很简单,压缩要点。

Ngen 复制节点e,节点号码:这个命令式经过节点来形成单元NUMCMP,ALL :压缩所有编号,这样你所有的线都会挨次次重新编号 ~你若是需要固定的线固定的标号NSUBST,100,500,50 :经过指定子步数来设置载荷步的子步LNSRCH 线性搜寻是求解非线性代数方程组的一种技巧,此法会在一段区间内,以必定的步长逐渐搜寻根,对比常用的牛顿迭代法所要耗费的计算量大得多,但它可以防备在一些状况下牛顿迭代法出现的跳跃现象。

LNSRCH激活线性搜寻PRED 激活自由度求解展望NEQIT 指定一个荷载步中的最大子步数AUTOTS自动求解控制打开自动时间步长.KBC -指定阶段状也许用跳板装载里面一个负荷步骤。

SPLINE :P1, P2, P3,P4, P5, P6, XV1 , YV1 , ZV1 , XV6 ,YV6 , ZV6 (生成分段样条曲线)*DIM , Par,Type ,IMAX ,JMAX , KMAX , Var1,Var2, Var3(定义载荷数组的名称)【注】 Par: 数组名Type: array 数组,仿佛fortran, 下标最小号为1,可以多达三维(缺省)char 字符串组(每个元素最多8 个字符)tableIMAX , JMAX , KMAX各维的最大下标号Var1, Var2,Var3 各维变量名,缺省为row,column,plane( 当 type 为 table 时 )/config 是设置 ansys 配置参数的命令格式为 /CONFIG, Lab, V ALUELab 为参数名称value 为参数值比方: /config , MXEL ,10000 的意思是最大单元数为10000杆单元 : LINK1、 8、 10、 11、 180梁单元: BEAM3、 4、 23、 24,44, 54, 188, 189管单元 : PIPE16, 17, 18, 20, 59, 602D实体元 : PLANE2, 25, 42, 82, 83, 145,146, 182, 1833D实体元 : SOLID45, 46, 64,65, 72, 73,92, 95, 147,148, 185, 186,187, 191壳单元 : SHELL28, 41, 43, 51, 61, 63, 91, 93, 99, 143, 150, 181,208, 209弹簧单元 : COMBIN7, 14, 37,39, 40质量单元 : MASS21接触单元 : CONTAC12, 52, TARGE169, 170, CONTA171, 172, 173, 174, 175, 178矩阵单元 : MATRIX27, 50表面效应元 : SURF153, 154粘弹实体元 : VISCO88, 89, 106, 107, 108,超弹实体元 : HYPER56, 58, 74, 84, 86, 158耦合场单元 : SOLID5, PLANE13, FLUID29, 30,38, SOLID62, FLUID79, FLUID80,81,SOLID98, FLUID129, INFIN110 , 111, FLUID116,130界面单元 : INTER192, 193, 194, 195显式动力解析单元 : LINK160, BEAM161, PLANE162, SHELL163, SOLID164, COMBI16杆单元单元名称简称节点数节点自由度特征备注LINK12D杆2Ux,Uy EPCSDGB常用杆元LINK83D杆Ux,Uy,Uz EPCSDGBLINK103D仅受拉EDGB模拟缆索的废弛及或仅受压杆缝隙LINK113D线性调理EGB模拟液压缸和大转器动LINK1803D有限应变杆EPCDFGB另可考虑粘弹塑性E- 弹性 (Elasticity),P-塑性(Plasticity),C-蠕变(Creep),S-膨胀(Swelling),D-大变形或大挠度deflection), F- 大应变 (Large strain)或有限应变(Finite strain),B-单元存亡(Birth and dead),G-化 (Stress stiffness)或几何刚度(Geometric stiffening),A-自适应降落(Adaptive descent)等。

ansys桥梁受力分析命令流

ansys桥梁受力分析命令流

ANSYS桥梁受力分析命令流ANSYS是一款广泛应用于工程领域的有限元分析软件,它可以帮助工程师、设计师、科学家等进行各种力学或结构分析。

在工程领域中,桥梁是一种比较常见的结构,因此本文将介绍在ANSYS中进行桥梁受力分析的命令流。

1. 建立桥梁模型首先,我们需要建立桥梁模型。

在ANSYS中,可以使用多种模型建立工具,例如现在比较流行的三维CAD软件,如SolidWorks、CATIA等,均可以建立出桥梁模型。

建立好桥梁模型后,需要导入到ANSYS中进行后续分析。

2. 分配材料属性桥梁模型建立完后,需要根据实际情况为它分配材料属性。

以混凝土桥梁为例,我们可以使用“MP(材料属性)”命令为桥梁定义混凝土的相应属性。

比如,定义混凝土的弹性模量、泊松比等。

3. 设定支座约束桥梁的受力分析需要考虑桥梁的支座约束情况。

在ANSYS中,我们可以通过使用“SUPPORT”命令设定不同类型的支座约束。

4. 设定荷载桥梁承受的荷载对于力学分析至关重要,因此在进行桥梁受力分析时,必须设定荷载的种类和大小。

ANSYS提供了多种荷载设定方式,如集中荷载、分布荷载、自重荷载等。

5. 载荷应用载荷应用是桥梁受力分析中的一个关键步骤,它能够准确模拟桥梁所受荷载。

在ANSYS中,可以使用“D”命令定义荷载的应用方式,如定义一个位移荷载、力荷载等。

6. 求解过程ANSYS中提供了多种求解器,可以快速准确地解析桥梁模型受力情况。

在进行桥梁受力分析时,需要选择合适的求解器并进行计算。

ANSYS中提供了两种类型求解器,一种是基于传统矩阵进行计算的Direct Solver求解器,另一种是基于有限元模型优化的Iterative Solver求解器。

7. 结果分析在桥梁受力分析计算完成后,需要对应力和位移等结果进行分析并产生可视化的输出。

在ANSYS中,可以使用“POST1”命令来输出结果,并对结果进行后处理。

8.经过以上步骤进行受力分析后,可以得到桥梁受力的详细情况,也可以对桥梁的结构进行合理的优化。

ANSYS命令流详解(超全)

ANSYS命令流详解(超全)

ANSYS命令流详解(超全)一、定义材料号及特性mp,lab, mat, co, c1,…….c4lab: 待定义的特性项目(ex,alpx,reft,prxy,nuxy,gxy,mu,dens)ex: 弹性模量nuxy: 小泊松比alpx: 热膨胀系数reft: 参考温度reft: 参考温度prxy: 主泊松比gxy: 剪切模量mu: 摩擦系数dens: 质量密度mat: 材料编号(缺省为当前材料号)c 材料特性值,或材料之特性,温度曲线中的常数项c1-c4: 材料的特性-温度曲线中1次项,2次项,3次项,4次项的系数二、定义DP材料:首先要定义EX和泊松比:MP,EX,MAT,……MP,NUXY,MAT,……定义DP材料单元表(这里不考虑温度):TB,DP,MAT进入单元表并编辑添加单元表:TBDATA,1,CTBDATA,2,ψTBDATA,3,……如定义:EX=1E8,NUXY=0.3,C=27,ψ=45的命令如下:MP,EX,1,1E8MP,NUXY,1,0.3TB,DP,1TBDATA,1,27TBDATA,2,45这里要注意的是,在前处理的最初,要将角度单位转化到“度”,即命令:*afun,deg三、单元生死载荷步!第一个载荷步TIME,... !设定时间值(静力分析选项)NLGEOM,ON !打开大位移效果NROPT,FULL !设定牛顿-拉夫森选项ESTIF,... !设定非缺省缩减因子(可选)ESEL,... !选择在本载荷步中将不激活的单元EKILL,... !不激活选择的单元ESEL,S,LIVE !选择所有活动单元NSLE,S !选择所有活动结点NSEL,INVE !选择所有非活动结点(不与活动单元相连的结点)D,ALL,ALL,0 !约束所有不活动的结点自由度(可选)NSEL,ALL !选择所有结点ESEL,ALL !选择所有单元D,... !施加合适的约束F,... !施加合适的活动结点自由度载荷SF,... !施加合适的单元载荷BF,... !施加合适的体载荷SAVESOLVE请参阅TIME,NLGEOM,NROPT,ESTIF,ESEL,EKILL,NSLE,NSEL,D,F,SF和BF命令得到更详细的解释。

Ansys桥梁计算

Ansys桥梁计算

桥梁计算(常用的计算方法)在Ansys单元库中,有近200种单元类型,在本章中将讨论一些在桥梁工程中常用到的单元,包括一些单元的输人参数,如单元名称、节点、自由度、实常数、材料特性、表面荷载、体荷载、专用特性、关键选项KEYOPl等。

***关于单元选择问题这是一个大问题,方方面面很多,主要是掌握有限元的理论知识.首先当然是由问题类型选择不同单元,二维还是三维,梁,板壳,体,细梁,粗梁,薄壳,厚壳,膜等等,再定义你的材料:各向同性或各向异性,混凝土的各项’参数,粘弹性等等.接下来是单元的划分与网格、精度与求解时间的要求等选择,要对各种单元的专有特性有个大概了解。

使用Ansys,还要了解Ansys的一个特点是笼统与通用,因此很多东西被掩盖到背后去了。

比如单元类型,在Solid里面看到十几种选择,Solid45, Solidl85,Solid95等,看来区别只是节点数目上。

但是实际上每种类型里还有Keyopt分成多种类型,比如最常用的线性单元Solid45,其Keyopt(1):in●cludeorexclude extradisplacement shapes,就分为非协调元和协调元,Keyopt (2):fullintegration。

rreducedintegration其实又是两种不同的单元,这样不同组合一下这个Solid45实际上是包含了6种不同单元,各有各的不同特点和用处。

因此使用Ansys要注意各单元的Keyopt选项.不同的选项会产生不同的结果。

·举例来说:对线性元例如Solid45,要想把弯曲问题计算得比较精确,必须要采用非协调模式.采用完全积分会产生剪切锁死,减缩积分又会产生零能模式(ZEM),非协调的线性元可以达到很高的精度,并且计算量比高阶刷、很多,在变形较大时,用Enhanced Strain比非协调位移模式(Enhaced Displacement)更好(Solidl85)。

ansys命令流入门教程

ansys命令流入门教程

ansys命令流入门教程在 ANSYS 中,荷载包括边界条件和作用力,对结构分析可以是以下内容:位移、力、压力、温度、重力一般可将荷载分为六类,如表 4-1 所示。

★ 荷载即可施加在几何模型(关键点、硬点、线、面、体)上,也可施加在有限元模型(节点、单元)上,或者二者混合使用。

★ 施加在几何模型上的荷载独立于有限元网格,不必为修改网格而重新加载;★ 施加在有限元模型上且要修改网格,则必须先删除荷载再修改网格,然后重新施加荷载。

★ 不管施加到何种模型上,在求解时荷载全部转换(自动或人工)到有限元模型上。

在结构分析中自由度共有7 个,自由度的方向均依从节点坐标系。

约束可施加在节点、关键点、线和面上。

一、施加自由度约束1. 节点自由度约束及相关命令(1) 对节点施加自由度约束命令:D, NODE, Lab, VALUE, VALUE2, NEND, NINC, Lab2, Lab3, Lab4, Lab5, Lab6NODE - 拟施加约束的节点号,其值可取 ALL、组件名。

Lab - 自由度标识符,如UX、ROTZ等。

如为ALL,则为所有适宜的自由度。

VALUE - 自由度约束位移值或表式边界条件的表格名称。

VALUE2 - 约束位移值的第二个数,如为复数输入时,VALUE 为实部,而 VALUE2 为虚部。

NEND,NINC - 节点编号范围和编号增量,缺省时 NEND=NODE,NINC=1。

Lab2,Lab3,Lab4,Lab5,Lab6 - 其它自由度标识符,VALUE 对这些自由度也有效。

各自由度的方向用节点坐标系确定,转角约束用弧度输入例如:D,ALL,ALL ! 对所选节点的全部自由度施加约束D,18,UX,,,,,UY,UZ ! 对节点 18 的 3 个平动自由度全部施加约束D,20,UX,1.0e-4 ! 对节点20 的UX 施加约束,且约束位移值为1.0e-4D,22,UX,0.1,,25,,UY,ROTY ! 对节点 22~25 的 UX,UY,ROTY 施加约束,且位移值均为 0.1(2) 在节点上施加对称和反对称约束命令:DSYM, Lab, Normal, KCNLab - 对称标识,如为 SYMM 则生成对称约束,如为 ASYM 则生成反对称约束。

5.梁柱焊接ANSYS命令流(柱3连续焊过程)

5.梁柱焊接ANSYS命令流(柱3连续焊过程)
finish
! 施加边界条件和单位荷载,静力求解 ! 特征值屈曲求解
/solu antype,1 bucopt,lanb,1 mxpand,1,,,1 solve finish
/post1 set,first set,list *get,fcr,mode,1,freq fcr *status,parm pldisp,2 finish
finish /clear /filname,zhu3 /prep7 p=5e8 h=0.2 b=0.2 t1=0.016 l=1 block,-b/2+t1,b/2-t1,h/2-t1,h/2,,l block,b/2-t1,b/2,-h/2,h/2,,l vsymm,x,2 vsymm,y,1 vglue,all numcmp,all block,b/2-0.045,b/2+0.005,h/2,h/2+0.005,,l block,b/2,b/2+0.005,h/2-0.045,h/2,,l vglue,5,6 numcmp,all vsymm,x,5,6 vsymm,y,5,8 numcmp,all numstr,volu,21 block,-0.08,0.08,h/2+0.005,h/2+0.011,0.035,0.065 block,b/2+0.005,b/2+0.011,-0.08,0.08,0.035,0.065 vsymm,x,22 vsymm,y,21 vgen,6,21,24,1,,,0.18 vsel,u,volu,,1,4 vglue,all allsel numstr,volu,101 k,501,0.05,0.1 a,25,26,501 voffst,25,-1 k,502,0.1,0.05 a,34,35,502 voffst,42,-1 vsymm,x,101,102 vsymm,y,101,104

ANSYS空间梁格法分析连续斜梁桥命令流

ANSYS空间梁格法分析连续斜梁桥命令流

/prep7!DEFINE THE ELEMENTARY PARAMETERS*DIM,L,ARRAY,10*DIM,DISTC,ARRAY,10N=4NBOX=2L(1)=20L(2)=30L(3)=30L(4)=20NUML=NBOX+3NUMC=(L(1)+L(2)+L(3)+L(4))+1CITA=25/180*3.1415926DISTC(1)=2.9584DISTC(2)=4.0802DISTC(3)=0.00DISTC(4)=4.0802DISTC(5)=2.9584!DEFINE THE NODES OF BRIDGEN, 1, 0, 0, 0.00N, NUMC, NUMC-1, 0, 0.00FILL,1,NUMCN, 200+1,(DISTC(1)+DISTC(2))*SIN(CITA)/COS(CITA), 0.0,-(DISTC(1)+DISTC(2))N,200+NUMC,NUMC-1+(DISTC(1)+DISTC(2))* SIN(CITA)/COS(CITA),0.0,-(DISTC(1)+DISTC(2)) FILL,201,200+NUMCN, 400+1, DISTC(2)*SIN(CITA)/COS(CITA), 0.0, -DISTC(2)N,400+NUMC,NUMC-1+DISTC(2)*SIN(CITA)/ COS(CITA), 0.0,-DISTC(2)FILL,401,400+NUMCN, 600+1, -DISTC(2)*SIN(CITA)/COS(CITA), 0.0, DISTC(2)N,600+NUMC,NUMC-1-DISTC(4)*SIN(CITA)/C OS(CITA),0.0, DISTC(4)FILL,601,600+NUMCN, 800+1,-(DISTC(4)+DISTC(5))*SIN(CITA)/COS(CITA ),0.0, DISTC(4)+DISTC(5) N,800+NUMC,NUMC-1-(DISTC(4)+DISTC(5))* SIN(CITA)/COS(CITA),0.0, DISTC(4)+DISTC(5) FILL,801,800+NUMC! 定义纵梁单元材料、几何参数ET,1,BEAM4MP,EX , 1, 3.45E+10MP,NUXY, 1, 0.2000MP,DENS, 1, 2600MP,ALPX, 1, 1.00E-05R,1,0.3133,0.0871,0.0959,1.0,0.25,,RMORE ,,0.00265,,,,,ET,2,BEAM4MP,EX , 2, 3.45E+10MP,NUXY, 2, 0.2000MP,DENS, 2, 2600MP,ALPX, 2, 1.00E-05R,2,1.6048,0.5486,1.5400,2.0,1.0,,RMORE ,,0.036,,,,,ET,3,BEAM4MP,EX , 3, 3.45E+10MP,NUXY, 3, 0.2000MP,DENS, 3, 2600MP,ALPX, 3, 1.00E-05R,3,2.3625,0.9885,2.2600,2.0,1.0,,RMORE ,,0.0956,,,,! 定义横梁单元材料、几何参数ET,4,BEAM4MP,EX , 4, 3.45E+10MP,NUXY, 4, 0.2000MP,DENS, 4, 0MP,ALPX, 4, 1.00E-05R,4,0.500,0.4582,0.0416,1.0,1.0,,RMORE ,,0.00879,,,,,ET,5,BEAM4MP,EX , 5, 3.45E+10MP,NUXY, 5, 0.2000MP,DENS, 5, 0MP,ALPX, 5, 1.00E-05R,5,1.0250,0.2770,0.0495,1.0,1.0,,RMORE ,,0.0609,,,,,! 生成纵向梁格单元TYPE,1MAT,1REAL,1*DO,I,1,NUMC-1,1 E,200+I,200+I+1 *ENDDO*DO,I,1,NUMC-1,1 E,800+I,800+I+1 *ENDDOTYPE,2MAT,2REAL,2*DO,I,1,NUMC-1,1 E,400+I,400+I+1 *ENDDO*DO,I,1,NUMC-1,1 E,600+I,600+I+1 *ENDDOTYPE,3MAT,3REAL,3*DO,I,1,NUMC-1,1 E,I,I+1*ENDDO! 生成横向梁格单元TYPE,5MAT,5REAL,5E,200+1,400+1 E,400+1,1E,1,600+1E,600+1,800+1 TYPE,4MAT,4REAL,4*DO,I,2,L(1),1E,200+I,400+IE,400+I,IE,I,600+IE,600+I,800+I *ENDDOTYPE,5MAT,5REAL,5E,200+L(1)+1,400+L(1)+1E,400+L(1)+1,L(1)+1E,L(1)+1,600+L(1)+1E,600+L(1)+1,800+L(1)+1TYPE,4MAT,4REAL,4*DO,I,L(1)+2,L(1)+L(2),1E,200+I,400+IE,400+I,IE,I,600+IE,600+I,800+I*ENDDOTYPE,5MAT,5REAL,5E,200+L(1)+L(2)+1,400+L(1)+L(2)+1E,400+L(1)+L(2)+1,L(1)+L(2)+1E,L(1)+L(2)+1,600+L(1)+L(2)+1E,600+L(1)+L(2)+1,800+L(1)+L(2)+1TYPE,4MAT,4REAL,4*DO,I,L(1)+L(2)+2,L(1)+L(2)+L(3),1E,200+I,400+IE,400+I,IE,I,600+IE,600+I,800+I*ENDDOTYPE,5MAT,5REAL,5E,200+L(1)+L(2)+L(3)+1,400+L(1)+L(2)+L(3)+1 E,400+L(1)+L(2)+L(3)+1,L(1)+L(2)+L(3)+1E,L(1)+L(2)+L(3)+1,600+L(1)+L(2)+L(3)+1E,600+L(1)+L(2)+L(3)+1,800+L(1)+L(2)+L(3)+1 TYPE,4MAT,4REAL,4*DO,I,L(1)+L(2)+L(3)+2,L(1)+L(2)+L(3)+L(4),1 E,200+I,400+IE,400+I,IE,I,600+IE,600+I,800+I*ENDDOTYPE,5MAT,5REAL,5E,200+L(1)+L(2)+L(3)+L(4)+1,400+L(1)+L(2)+L(3) +L(4)+1E,400+L(1)+L(2)+L(3)+L(4)+1,L(1)+L(2)+L(3)+L(4) +1E,L(1)+L(2)+L(3)+L(4)+1,600+L(1)+L(2)+L(3)+L(4) +1E,600+L(1)+L(2)+L(3)+L(4)+1,800+L(1)+L(2)+L(3) +L(4)+1/SOLACEL,,9.81,0!******************* ********************* ! 定义边界条件!**************************************** D,400+1,UX,0,,,,UY,UZD,600+1,UX,0,,,,UY,UZD,21,UY,0D,421,UY,0D,621,UY,0D,51,UY,0D,651,UY,0D,451,UY,0D,81,UY,0D,681,UY,0D,481,UY,0D,400+101,UX,0,,,,UY,UZD,600+101,UX,0,,,,UY,UZANTYPE,0/STATUS,SOLUSOLVE/POST1/REP,FASTA VPRIN,0, ,ETABLE, ,SMISC, 2A VPRIN,0, ,ETABLE, ,SMISC,8 A VPRIN,0, , ETABLE, ,SMISC, 4 A VPRIN,0, , ETABLE, ,SMISC, 5 A VPRIN,0, , ETABLE, ,SMISC, 6 A VPRIN,0, , ETABLE, ,SMISC, 10 A VPRIN,0, , ETABLE, ,SMISC, 11 A VPRIN,0, , ETABLE, ,SMISC, 12 FINISH。

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.!!连续梁桥/prep7et,1,4 !!!!定义梁单元et,2,21 !!!!定义mass21单元!!定义粱材料!!泊松比!!密度mp,ex,2,3.45e10 !!直线段梁材料和1M段梁材料mp,nuxy,2,0.2mp,dens,2,3302.153125mp,ex,3,3.45e10mp,nuxy,3,0.2mp,dens,3,3301.658695mp,ex,4,3.45e10mp,nuxy,4,0.2mp,dens,4,3299.906778mp,ex,5,3.45e10mp,nuxy,5,0.2mp,dens,5,3298.327219mp,ex,6,3.45e10mp,nuxy,6,0.2. mp,dens,6,3292.351605mp,ex,7,3.45e10mp,nuxy,7,0.2mp,dens,7,3284.137255mp,ex,8,3.45e10mp,nuxy,8,0.2mp,dens,8,3271.802136mp,ex,9,3.45e10mp,nuxy,9,0.2mp,dens,9,3260.41903mp,ex,10,3.45e10mp,nuxy,10,0.2mp,dens,10,3248.193657mp,ex,11,3.45e10mp,nuxy,11,0.2mp,dens,11,3235.117644mp,ex,12,3.45e10mp,nuxy,12,0.2mp,dens,12,3221.585664.mp,ex,13,3.45e10mp,nuxy,13,0.2mp,dens,13,3208.826871mp,ex,14,3.45e10mp,nuxy,14,0.2mp,dens,14,3194.279207mp,ex,15,3.45e10mp,nuxy,15,0.2mp,dens,15,3179.924673mp,ex,16,3.45e10mp,nuxy,16,0.2mp,dens,16,3166.445716mp,ex,17,3.45e10mp,nuxy,17,0.2mp,dens,17,3152.555731mp,ex,18,3.45e10mp,nuxy,18,0.2mp,dens,18,3138.312105mp,ex,19,3.45e10. mp,nuxy,19,0.2mp,dens,19,3124.795334mp,ex,20,3.45e10mp,nuxy,20,0.2mp,dens,20,3110.7135mp,ex,21,3.45e10mp,nuxy,21,0.2mp,dens,21,3097.080875mp,ex,22,3.45e10mp,nuxy,22,0.2mp,dens,22,3083.186268mp,ex,23,3.45e10mp,nuxy,23,0.2mp,dens,23,3068.968824mp,ex,24,3.45e10mp,nuxy,24,0.2mp,dens,24,3055.612436mp,ex,25,3.45e10mp,nuxy,25,0.2. mp,dens,25,3045.857147mp,ex,26,3.45e10mp,nuxy,26,0.2mp,dens,26,3035.174287mp,ex,27,3.45e10mp,nuxy,27,0.2mp,dens,27,3026.696551mp,ex,28,3.45e10mp,nuxy,28,0.2mp,dens,28,3015.795365mp,ex,29,3.45e10mp,nuxy,29,0.2mp,dens,29,3007.710181mp,ex,30,3.45e10mp,nuxy,30,0.2mp,dens,30,3000.513837mp,ex,31,3.45e10mp,nuxy,31,0.2mp,dens,31,2978.611375.mp,ex,32,3.45e10mp,nuxy,32,0.2mp,dens,32,2958.618861mp,ex,33,3.45e10mp,nuxy,33,0.2mp,dens,33,2937.888072mp,ex,34,3.45e10mp,nuxy,34,0.2mp,dens,34,2919.475751mp,ex,35,3.45e10mp,nuxy,35,0.2mp,dens,35,2903.359983 !!6700处mp,ex,36,3.45e10mp,nuxy,36,0.2mp,dens,36,3302.153125 !!可以不用mp,ex,37,3.45e10mp,nuxy,37,0.2mp,dens,37,3302.153125mp,ex,38,3.45e10 !!-700处梁.mp,nuxy,38,0.2mp,dens,38,3180.578901mp,ex,39,3.45e10 !!边支点横隔板mp,nuxy,39,0.2mp,dens,39,2868.674818mp,ex,40,3.45e10 !!合拢段横隔板mp,nuxy,40,0.2mp,dens,40,2868.674818mp,ex,41,3.45e10 !!中支点横隔板mp,nuxy,41,0.2mp,dens,41,2757.470588mp,ex,1,3.25e10 !!!!定义墩材料属性mp,nuxy,1,0.2mp,dens,1,2650!!定义实常数编号,面积,IYY,IZZ,宽,高,,RMORE,,抗扭惯距!!主梁截面r,1,11.851,28.52,215.151,16.95,4,, !!直线段rmore,,56.8972r,2,11.862,28.57,215.458,16.95,4.001,, !!截面100处r,3,11.871,28.91,215.622,16.95,4.009,, rmore,,57.345r,4,11.903,29.03,215.78,16.95,4.025,, rmore,,57.938r,5,11.932,29.626,215.88,16.95,4.049,, rmore,,58.502r,6,12.043,30.402,217.093,16.95,4.081,, rmore,,59.768r,7,12.199,31.407,218.899,16.95,4.121,, rmore,,61.445r,8,12.441,32.716,221.806,16.95,4.169,, rmore,,63.652r,9,12.673,34.21,224.418,16.95,4.226,, rmore,,66.058r,10,12.932,35.94,227.279,16.95,4.290,, rmore,,68.801r,11,13.221,37.941,230.512,16.95,4.362,, rmore,,71.948r,12,13.534,40.233,233.872,16.95,4.442,, rmore,,75.432r,13,13.843,42.747,237.133,16.95,4.530,,r,14,14.213,45.688,241.054,16.95,4.627,, rmore,,83.484r,15,14.598,48.964,245.004,16.95,4.731,, rmore,,88.155r,16,14.979,52.547,248.817,16.95,4.843,, rmore,,93.111r,17,15.393,56.562,252.927,16.95,4.963,, rmore,,98.528r,18,15.842,61.069,257.347,16.95,5.092,, rmore,,104.47r,19,16.293,65.992,261.673,16.95,5.228,, rmore,,110.742r,20,16.791,71.484,266.426,16.95,5.372,, rmore,,117.648r,21,17.303,77.568,271.225,16.95,5.525,, rmore,,124.861r,22,17.858,84.282,276.363,16.95,5.685,, rmore,,132.631r,23,18.464,91.768,281.923,16.95,5.854,, rmore,,141.068r,24,19.072,99.936,287.364,16.95,6.03,,r,25,19.524,108.482,291.159,16.95,6.214,, rmore,,158.46r,26,20.084,118.046,295.597,16.95,6.407,, rmore,,167.857r,27,20.536,128.202,298.9,16.95,6.607,, rmore,,177.137r,28,21.148,139.669,303.86,16.95,6.816,, rmore,,187.495r,29,21.626,151.737,307.186,16.95,7.032,, rmore,,197.507r,30,22.07,164.734,310.057,16.95,7.257,, rmore,,207.681r,31,23.541,182.225,323.433,16.95,7.490,, rmore,,223.527r,32,25.066,201.932,336.467,16.95,7.730,, rmore,,241.046r,33,26.871,223.700,351.448,16.95,7.979,, rmore,,257.765r,34,28.707,247.928,365.663,16.95,8.235,, rmore,,275.922r,35,30.533,274.36,378.934,16.95,8.500,,r,46,14.58,35.599,238.702,16.95,4,, rmore,,238.702!!横隔板截面!!边支点r,36,35.376,54.393,339.84,16.95,4.00,, rmore,,128.747!!合拢段r,37,35.376,53.405,339.84,16.95,4.00,, rmore,,127.015!!中支点r,38,71.981,454.871,543.871,16.95,8.5,, rmore,,684.565!!主墩截面!!截面1(实心)r,39,39.932,82.876,212.138,8,5,, rmore,,203.709!!截面(1/2空心)r,40,23.863,72.571,168.024,8,5,,!!截面3(空心)r,41,14.236,52.366,114.529,8,5,, rmore,,116.391!!边墩截面!!截面1(实心1)r,42,36.113,66.217,177.703,7.7,4.7,, rmore,,165.119!!截面2(空心1/2)r,43,20.753,35.743,99.711,7,4,, rmore,,88.486!!截面3(空心)r,44,9.103,16.082,45.911,6.5,3.5,, rmore,,39.39!!截面4(实心2)r,45,22.673,23.005,79.361,6.5,3.5,, rmore,,61.527!!截面5(1/2)空心2. r,49,16,21.958,68.708,6.5,3.5,, rmore,,55.682!!建立第一跨梁节点xl=atan(1.029/80)n,1,0,n,2,2.25,2.25*xln,3,6,6*xln,4,9,9*xln,5,11,11*xln,6,13,13*xl-0.0045n,7,15,15*xl-0.0135n,8,17,17*xl-0.023n,9,19,19*xl-0.038n,10,21,21*xl-0.062n,11,23,23*xl-0.092n,12,25,25*xl-0.1275n,13,27,27*xl-0.167n,14,29,29*xl-0.2115n,15,31,31*xl-0.261n,16,33,33*xl-0.314n,17,35,35*xl-0.3715. n,18,37,37*xl-0.435n,19,39,39*xl-0.502n,20,41,41*xl-0.5725n,21,43,43*xl-0.648n,22,45,45*xl-0.728n,23,47,47*xl-0.8115n,24,49,49*xl-0.8995n,25,51,51*xl-0.9925n,26,53,53*xl-1.0895n,27,55,55*xl-1.1905n,28,57,57*xl-1.325n,29,59,59*xl-1.433n,30,61,61*xl-1.5155n,31,63,63*xl-1.6325n,32,65,65*xl-1.7535n,33,67,67*xl-1.879n,34,69,69*xl-2.007n,35,71,71*xl-2.1325n,36,73,73*xl-2.2635n,37,75,75*xl-2.399n,38,77,77*xl-2.533n,39,79,79*xl-2.631xl2=atan(0.7/140)local,11,0,80,80*xl-2.631,0,xl2nsym,x,35,5,39,1 !!复制粱结点从5到39结点编号增加35 csys,0n,75,149.6,0.15852local,12,0,150,0.15852,0,xl2nsym,x,36,40,75,1local,13,0,220,-1.6027,0nsym,x,111,1,111,1csys,0n,500,80,80*xl-2.631n,501,220,-1.6027n,502,360,-1.6148csys,0 !!返回普通坐标!!建立墩结点!!PM112边墩截面n,300,0,-2.165 !!(实心)2米长n,301,0,-4.365n,302,0,-9.365 !!(1/2空心)5M长n,303,0,-13.365n,304,0,-17.365n,305,0,-21.365n,306,0,-24.93n,307,0,-28.93n,308,0,-30.63!!PM113主敦截面n,309,80,0.5-6.665-0.8n,310,80,0.5-3.5-6.665 !!(实心)3.5mn,311,80,0.5-8.5-6.665 !!(1/2空心)5m n,312,80,0.5-12.5-6.665 !!(空心)4Mn,313,80,0.5-16.5-6.665 !!n,314,80,0.5-18.594-6.665n,315,80,0.5-22.594-6.665n,316,80,0.5-24.594-6.665+0.4!(实心)2m!!pm114主墩截面n,350,220,0.5-6.665-0.8 !n,351,220,0.5-3.5-6.665 !!(1/2空心)5m n,352,220,0.5-8.5-6.665 !!(空心)5mn,353,220,0.5-12.5-6.665 !!(空心)6.064M n,354,220,0.5-16.5-6.665 !!(1/2空心)4Mn,355,220,0.5-19.294-6.665 !!(实心)2M n,356,220,0.5-23.294-6.665n,357,220,0.5-25.294-6.665+0.4local,13,0,220,-1.6027,0nsym,x,17,300,316,1csys,0!!生成边跨1mat,39real,36e,1,2mat,38real,46e,2,3mat,2real,1e,3,4e,4,5mat,2real,2. e,5,6*do,i,3,35,1mat,ireal,ie,3+i,4+i*enddo*do,i,3,35,1mat,ireal,ie,38+i,39+i*enddo*do,i,3,35,1mat,ireal,ie,74+i,75+i*enddo*do,i,3,35,1mat,ireal,i. e,114+i,115+i*enddo*do,i,3,35,1mat,ireal,ie,149+i,150+i*enddo*do,i,3,35,1mat,ireal,ie,185+i,186+i*enddomat,41real,38e,39,500mat,41real,38e,500,74mat,2real,2. e,41,40mat,2real,1e,40,75mat,40real,37e,75,111mat,2real,1e,111,76mat,2real,2e,76,77mat,41real,38e,110,501mat,41real,38. e,501,221mat,2real,2e,188,187mat,2real,1e,187,222mat,41real,37e,222,186mat,2real,1e,186,151mat,2real,2e,151,152mat,41real,38e,185,502.mat,41real,38e,502,150mat,39real,36e,112,113mat,38real,46e,113,114mat,2real,1e,114,115e,115,116mat,2real,2e,116,117!!建立桥墩!!边墩1real,42 e,300,301 mat,1 real,43 e,301,302 mat,1 real,44 e,302,303 mat,1 real,44 e,303,304 mat,1 real,44 e,304,305 mat,1 real,44 e,305,306 mat,1e,306,307 mat,1 real,45 e,307,308 !!主墩1 mat,1 real,39 e,309,310 mat,1 real,40 e,310,311 mat,1 real,41 e,311,312 mat,1 real,41 e,312,313 mat,1e,313,314 mat,1 real,40 e,314,315 mat,1 real,39 e,315,316 !!主墩2 mat,1 real,39 e,350,351 mat,1 real,40 e,351,352 mat,1 real,41 e,352,353 mat,1e,353,354 mat,1 real,41 e,354,355 mat,1 real,40 e,355,356 mat,1 real,39 e,356,357!!主墩3 mat,1 real,39 e,326,327 mat,1 real,40 e,327,328 mat,1e,328,329 mat,1 real,41 e,329,330 mat,1 real,41 e,330,331 mat,1 real,40 e,331,332 mat,1 real,39 e,332,333!!边墩2 mat,1 real,42 e,317,318 mat,1e,318,319 mat,1 real,44 e,319,320 mat,1 real,44 e,320,321 mat,1 real,44 e,321,322 mat,1 real,44 e,322,323 mat,1 real,49 e,323,324 mat,1 real,45.e,324,325!!添加质量惯距!!两米段质量惯距r,100,,,,1293348.4 !!100米处和直线段的质量惯距r,101,,,,1296019.6r,102,,,,1297493r,103,,,,1301181.8r,104,,,,1311723r,105,,,,1326622r,106,,,,1348967r,107,,,,1370728r,108,,,,1395061r,109,,,,1422801r,110,,,,1452757r,111,,,,1483258r,112,,,,1519733r,113,,,,1558030r,114,,,,1597229r,115,,,,1640292r,116,,,,1687605r,117,,,,1736625. r,118,,,,1790923r,119,,,,1848602r,120,,,,1911418r,121,,,,1980562r,122,,,,2052690r,123,,,,2118097r,124,,,,2192307r,125,,,,2263641r,126,,,,2350704r,127,,,,2432292r,128,,,,2516392r,129,,,,2679987r,130,,,,2853514r,131,,,,3048284r,132,,,,3252032r,133,,,,3462506!!边跨直线3米段r,148,,,,1293348.4*3/2!!-700处3.75米段的质量惯距r,134,,,,2725866.2!!边支点横隔. r,135,,,,2246142.5!!合龙段横隔r,136,,,,833679/2!!中支点横隔r,137,,,,5292760!!添加边墩质量惯距从上到下!!变截面实心2米段r,138,,,,1163498!!1/2空心5米段r,139,,,,1794766!!空心段4米r,140,,,,657211!!1/2空心4米段r,141,,,,1085079!!实心2米段r,142,,,,1064567!!添加主墩质量惯性距从上到下. !!实心3米段r,143,,,,2345361!!1/2空心5米段r,144,,,,2869095!!空心4米段r,145,,,,1769087!!1/2空心4米段r,146,,,,2869095*4/5!!实心2米段r,147,,,,2345361*2/3!!在结点处加入质量惯性距!!边跨合龙段!左边边跨type,2real,135e,2type,2real,134. e,3type,2real,148e,4type,2real,100e,5!!右边边跨type,2real,135e,113type,2real,134e,114type,2real,148e,115type,2e,116!!对第一个主跨的循环*do,i,6,39,1type,2real,94+ie,i*enddo!!对第二个主跨的循环*do,i,41,74,1 type,2real,59+ie,i*enddo!!对第3个循环*do,i,77,110,1 type,2real,33+ie,i!!对第4个循环*do,i,188,221,1 type,2real,(-88)+ie,i*enddo!!对第5个循环*do,i,152,185,1 type,2real,i-52e,i*enddo!!对第6个循环*do,i,117,150,1 type,2real,(-17)+ie,i*enddo!!添加质量惯距到桥墩.!!左边墩type,2real,138e,301type,2real,139e,302type,2real,140e,303type,2real,140e,304type,2real,140e,305type,2. real,140e,306type,2real,141e,307type,2real,142e,308!!右边墩type,2real,138e,318type,2real,139e,319type,2real,140e,320.type,2real,140e,321type,2real,140e,322type,2real,140e,323type,2real,141e,324type,2real,142e,325!!左边主墩type,2real,143type,2real,144e,311type,2real,145e,312type,2real,145e,313type,2r,400,,,,1769087*3/4 e,314type,2real,146e,315type,2e,316!!中间主墩type,2real,143e,351type,2real,144e,352type,2real,145e,353type,2real,145e,354type,2r,400,,,,1769087*3/4 e,355.type,2real,146e,356type,2real,147e,357!!右边主墩type,2real,143e,327type,2real,144e,328type,2real,145e,329type,2e,330type,2r,400,,,,1769087*3/4 e,331type,2real,146e,332type,2real,147e,333!!添加横隔板处质量惯性距!!中支点type,2real,137e,500type,2real,137type,2real,137e,502!!合龙段1type,2real,136e,75type,2real,136e,111type,2r,411,,,,1293348.4*3/10 e,40type,2r,412,,,,1293348.4*3/10 e,76!!合龙段2type,2e,222type,2real,136e,186type,2r,411,,,,1293348.4*3/10 e,187type,2r,412,,,,1293348.4*3/10 e,151!!偶合结点cp,1,uy,1,300cp,2,uz,1,300cp,3,rotx,1,300cp,4,uy,309,500cp,5,uz,309,500cp,6,rotx,309,500. cp,7,ux,350,501cp,8,uy,350,501cp,9,uz,350,501cp,10,rotx,350,501cp,11,roty,350,501cp,12,uy,326,502cp,13,uz,326,502cp,14,rotx,326,502cp,15,uy,317,112cp,16,uz,317,112cp,17,rotx,317,112!!!!加约束d,308,all,all,0d,316,all,all,0d,357,all,all,0d,333,all,all,0d,325,all,all,0allselfinish.!!!!求解/soluantype,2 !模态分析acel,,9.8 !加载重力modopt,subsp,20 !提取前30阶模态mxpand,20,,,0LUMPM,1solvefinish/post1set,list。

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