ANSYS基础培训练习

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1、ANSYS基础培训练习练习主题：自下向上实体建模建立连杆模型练习目的：熟悉从下向上建模的过程1. 进入ANSYS工作目录,将 “c-rod” 作为jobname。2.创建两个圆面： Main Menu Preprocessor -Modeling- Create -Areas- Circle By Dimensions . RAD1 = 1.4 RAD2 = 1 THETA1 = 0 THETA2 = 180, 单击Apply 然后设置THETA1 = 45,再单击OK3.打开面:编号 Utility Menu PlotCtrls Numbering . 设置面号on, 然后单击OK4.创建两

2、个矩形面: Main Menu Preprocessor -Modeling- Create -Areas- Rectangle By Dimensions . X1 = -0.3, X2 = 0.3, Y1 = 1.2, Y2 = 1.8, 单击Apply X1 = -1.8, X2 = -1.2, Y1 = 0, Y2 = 0.3, 单击 OK5.偏移工作平面到给定位置 (X=6.5): Utility Menu WorkPlane Offset WP to XYZ Locations + 在ANSYS输入窗口输入6.5 OK6.将激活的坐标系设置为工作平面坐标系: Utility Men

3、u WorkPlane Change Active CS to Working Plane6.52.50.51.80.31.0R1.4R0.4R0.7R45oSpline through six control pointsCLCLCrank pin endWrist pin endAll dimensions in inches45o0.280.40.334.754.03.257.创建另两个圆面: Main Menu Preprocessor -Modeling- Create -Areas- Circle By Dimensions . RAD1 = 0.7 RAD2 = 0.4 THET

4、A1 = 0 THETA2 = 180, 然后单击Apply 第二个圆THETA2 = 135, 然后单击OK8.对面组分别执行布尔运算: Main Menu Preprocessor -Modeling- Operate -Booleans- Overlap Areas + 首先选择左侧面组, 单击 Apply 然后选择右侧面组, 单击OK 9.将激活的坐标系设置为总体笛卡尔坐标系: Utility Menu WorkPlane Change Active CS to Global Cartesian10.定义四个新的关键点: Main Menu Preprocessor -Modeling

5、- Create Keypoints In Active CS 第一个关键点, X=2.5, Y=0.5, 单击Apply 第二个关键点, X=3.25, Y=0.4, 单击Apply 第三个关键点, X=4, Y=0.33, 单击Apply 第四个关键点, X=4.75, Y=0.28, 单击OK11.将激活的坐标系设置为总体柱坐标系: Utility Menu WorkPlane Change Active CS to Global Cylindrical12.通过一系列关键点创建多义线: Main Menu Preprocessor -Modeling- Create -Lines- S

6、plines With Options Spline thru KPs + 如图按顺序拾取六个关键点, 然后单击 OK XV1 = 1 YV1 = 135 XV6 = 1 YV6 = 45 OK13.在关键点1和18之间创建直线: Main Menu Preprocessor -Modeling- Create -Lines- Lines Straight Line + 拾取如图的两个关键点, 然后单击 OKl,5,6l,6,7l,7,8l,8,5l,9,5l,9,6l,9,7l,9,8lsel,loc,y,0,119 ! 按位置（Y）选择立柱（线）cm,lvert,line ! 定义部件Ve

7、rtical lineslsel,loc,y,120 !选择水平横梁cm,lhoriz,line ! Horizontal lineslsel,loc,y,121,180 !选择顶梁cm,lslope,line ! Sloping lineslsel,all !选择所有线et,1,188 ！定义188梁单元mp,ex,1,2e6 !定义弹性模量mp,nuxy,1,0.3mp,dens,1,7800sectype,1,beam,i,beam ！定义第一种截面为工字梁secdata,6.535,6.535,8.06,.465,.465,.285 ！定义梁截面尺寸sectype,2,beam,i,c

8、olumn ！定义第二种截面为工字梁secdata,12,12,12.12,.605,.605,.39 ！定义梁截面尺寸sectype,3,beam,hrec,peak ！定义第三种种截面为口字梁secdata,6,6,.25,.25,.25,.25 ！定义梁截面尺寸save,frame,dbcmsel,lslope ! Sloping lineslatt,1,1,100,3 ! 顶梁的截面号为3，方向关键点为100cmsel,lvertlsel,r,loc,x,-90 ! Left vertical lineslatt,1,1,102,2 ! 左侧的垂直梁（线1、4）截面号为2，方向关键点为

9、102cmsel,lvertlsel,r,loc,x,90 ! Right vertical lineslatt,1,1,101,2 ! 右侧的垂直梁（线2、3）截面号为2，方向关键点为101cmsel,lhorizlsel,u,loc,z,-60lsel,u,loc,x,90 ! Left and front horizontal lineslatt,1,1,1,1 ! 左前水平梁（线5、8）截面号为1，方向关键点为1cmsel,lhorizlsel,u,loc,z,60lsel,u,loc,x,-90 ! Right and back horizontal lineslatt,1,1,3,

10、1 ! 右后水平梁（线6、7）截面号为1，方向关键点为3lsel,alllesize,all,20 ! 所有的线分割数都为20lmesh,all !对所有的线划分网格 nsel,loc,y,0 !选择y=0处的所有节点d,all,all ! 约束全部自由度Fix bottom nodesksel,all !选择所有关键点 !fk,9,fy,-10000 !给关键点9加10000的Y方向的集中力alls !选择所有实体及有限元节点和单元/solu !进入SOLUTIONsolve !求解后处理打开单元形状显示，查看变形及应力结果。1. 利用前面的轴承座模型进行扩展后处理的讲解具体体会路径操作，单

11、元表的使用，等值图的画法，标注、切片图等技术1 梁壳实体单元混合使用分析(命令流)具体讲解问题描述：广告牌承受风载荷的模拟 采用单元：SOLID45SHELL181BEAM188约束为两立柱的底部节点全部约束风载全部加在壳单元的面上材料均为钢材以下为该例题的命令流9fini/cle/title, mult-element in a model/filname,ele_test,1/prep7ET,1,SHELL181 ET,2,SOLID45ET,3,BEAM188R,1,0.05 r,2,0SECTYPE,1,BEAM,CSOLID,se1 SECOFFSET, CENT SECDATA,0

12、.2,8,0,0,0,0,0,0,0,0 mp,ex,1,2e11mp,dens,1,7800mp,mu,1,0.3mp,nuxy,1,0.3rect,0,4,3block,4,-.5,0,0.5block,4,-.5,0,-0.5k,0,-5,0k,4,-5,0k,5,-5,0nummrg,kpl,6,21l,8,22wpoff,-0.1wprot,90vsbw,allwpoff,0.3vsel,s,3,5,2vsbw,allallsnummrg,alllsel,s,5,7lsel,a,21LATT,1,2,3,23,1asel,s,1,18,17AATT,1,1,1,0vsel,allVA

13、TT,1,1,2,0allsWPCSYS,-1,0lsel,s,loc,x,0.01,4-0.01lesi,all,12,1lsel,s,loc,y,0.01,2-0.01lesi,all,8,2.5lsel,a,loc,y,-.5-0.01,-5+0.01lesi,all,10,3allslesi,4,8,1/2.5esize,0.05asel,s,loc,z,0asel,r,loc,y,-0.1,2amesh,allallslsel,s,loc,x,0lsel,a,loc,x,4lsel,r,loc,z,0lsel,r,loc,y,-0.4,-5lmesh,allallsvsel,allvmesh,allallsasel,s,loc,y,0+0.01,2sfa,all,1,pres,100allsnsel,s,loc,y,-5d,all,allallssave/solusolvefini/post1PLNSOL,S,EQV,0,1ANCNTR,10,0.5