英语翻译/COM/PREP7ET,1,187*SET,TID,3*SET,CID,2ET,CID,174ET,TID,170KEYO,TID,2,1 KEYO,TID,4,0 KEYO,CID,2,2 KEYO,CID,4,1 KEYO,CID,12,5 MP,EX,1,206E9MP,PRXY,1,0.3MP,DENS,1,7850BLOCK,-0.2,0.2,-0.4,0.4,0,2ESIZE,0.080TYPE,1MAT,1SMRTSIZE,5VMESH,ALLALLSEL

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英语翻译/COM/PREP7ET,1,187*SET,TID,3*SET,CID,2ET,CID,174ET,TID,170KEYO,TID,2,1 KEYO,TID,4,0 KEYO,CID,2,2 KEYO,CID,4,1 KEYO,CID,12,5 MP,EX,1,206E9MP,PRXY,1,0.3MP,DENS,1,7850BLOCK,-0.2,0.2,-0.4,0.4,0,2ESIZE,0.080TYPE,1MAT,1SMRTSIZE,5VMESH,ALLALLSEL
英语翻译
/COM
/PREP7
ET,1,187
*SET,TID,3
*SET,CID,2
ET,CID,174
ET,TID,170
KEYO,TID,2,1
KEYO,TID,4,0
KEYO,CID,2,2
KEYO,CID,4,1
KEYO,CID,12,5
MP,EX,1,206E9
MP,PRXY,1,0.3
MP,DENS,1,7850
BLOCK,-0.2,0.2,-0.4,0.4,0,2
ESIZE,0.080
TYPE,1
MAT,1
SMRTSIZE,5
VMESH,ALL
ALLSEL,ALL
*GET,_MAXNODE,NODE,NUM,MAX
*SET,_NPILOT,_MAXNODE+1
N,_NPILOT,0,0,2
TYPE,TID
MAT ,CID
REAL,CID
TSHAP,PILO
E,_NPILOT
TSHAP
ASEL,S,LOC,Z,2
TYPE,CID
MAT,1
AMESH,ALL
ALLSEL,ALL
EPLOT
NSEL,S,LOC,Z,0
D,ALL,ALL
NSEL,S,NODE,_NPILOT
F,ALL,MX,1500E3
ALLSEL,ALL
/SOLU
ANTYPE,0
TIME,1
OUTRES,ALL,LAST
SOLVE

英语翻译/COM/PREP7ET,1,187*SET,TID,3*SET,CID,2ET,CID,174ET,TID,170KEYO,TID,2,1 KEYO,TID,4,0 KEYO,CID,2,2 KEYO,CID,4,1 KEYO,CID,12,5 MP,EX,1,206E9MP,PRXY,1,0.3MP,DENS,1,7850BLOCK,-0.2,0.2,-0.4,0.4,0,2ESIZE,0.080TYPE,1MAT,1SMRTSIZE,5VMESH,ALLALLSEL
/COM
/PREP7 !进入前处理
ET,1,187 !定义单元号为187号 应该是beam187
*SET,TID,3 !定义TID=3
*SET,CID,2 !定义CID=2
ET,CID,174 !定义第二种单元为174号单元
ET,TID,170 !定义第三种单元为170号单元
KEYO,TID,2,1 !第三种单元常设置
KEYO,TID,4,0 !第三种单元常设置
KEYO,CID,2,2 !第二种单元常设置
KEYO,CID,4,1 !第二种单元常设置
KEYO,CID,12,5 !第二种单元常设置
MP,EX,1,206E9 !定义弹性模量206E9
MP,PRXY,1,0.3 !定义泊松比0.3
MP,DENS,1,7850 !定义密度7850
BLOCK,-0.2,0.2,-0.4,0.4,0,2 !建立四面体(-0.2,-0.4) (0.2,0.4)对角
点, 厚度2
ESIZE,0.080 !指定单元划分密度为0.08
TYPE,1 !给第一种单元附值
MAT,1 !第一种材料
SMRTSIZE,5 !定义自动划分单元数
VMESH,ALL !给替网格划分
ALLSEL,ALL !选择所有的体
*GET,_MAXNODE,NODE,NUM,MAX !提取节点数目
*SET,_NPILOT,_MAXNODE+1 !建立以最大节点号+1个节点
N,_NPILOT,0,0,2 ! 建立NPILOT节点,坐标为0,0,2
TYPE,TID !单元TID定义材料
MAT ,CID !材料号为CID,也就是2
REAL,CID !指定实常数 CID
TSHAP,PILO !定义文字标注属性
E,_NPILOT !建立NPILOP单元
TSHAP !定义文字属性
ASEL,S,LOC,Z,2 !选择面
TYPE,CID !定义选择面的单元为CID
MAT,1 !给选择面指定为材料1
AMESH,ALL !给这个面网格划分
ALLSEL,ALL !全部划分该面
EPLOT !显示单元号
NSEL,S,LOC,Z,0 !选择节点
D,ALL,ALL !约束该节点为固定
NSEL,S,NODE,_NPILOT !选择 NPILOP节点
F,ALL,MX,1500E3 !给NPILOP节点加力1500E3N
ALLSEL,ALL !选择所有
/SOLU !进入求解处理模块
ANTYPE,0 !定义分析类型为静态分析
TIME,1 !通过时间定义载荷步
OUTRES,ALL,LAST !控制数据库和结果文件中的记录内容
SOLVE !求解
仅拱参考!呵呵,呵呵

英语翻译/COM/PREP7ET,1,187*SET,TID,3*SET,CID,2ET,CID,174ET,TID,170KEYO,TID,2,1 KEYO,TID,4,0 KEYO,CID,2,2 KEYO,CID,4,1 KEYO,CID,12,5 MP,EX,1,206E9MP,PRXY,1,0.3MP,DENS,1,7850BLOCK,-0.2,0.2,-0.4,0.4,0,2ESIZE,0.080TYPE,1MAT,1SMRTSIZE,5VMESH,ALLALLSEL 英语翻译/units,si/prep7et,1,solid70mptemp,1,0,100,300,500,700,900,1100,1300,1500mpdata,kxx,1,1,19,18,17,15,12,10,10,6,1mpdata,c,1,1,460,470,500,550,700,720,700,720,730mpdata,dens,1,1,7890,7890,7890,7890,7890,7890,7890,7890,7890pi=3.1415926I=260U= 英语翻译Finish/clear/config,nres,50000 /config,fsplit,750/prep7ET,1,SOLID65ET,2,LINK8 ET,3,SHELL41ET,4,SOLID45et,5,combin39 keyopt,5,1,0keyopt,5,2,1 KEYOPT,5,3,3 keyopt,5,4,0keyopt,1,1,1keyopt,1,7,1keyopt,3,1,2*SET,rd0,6 *SET,rd1,12 *SET,hntra,20 英语翻译finish/clear/prep7et,1,63mp,ex,1,2.06e11mp,dens,1,7850mp,prxy,1,0.25esize,0.05r,1,0.035,0.03,0.025,0.02r,2,0.035,BLC4,1,1,1,1BLC4,2,2,1,1type,1mat,1real,1asel,s,loc,x,1,2asel,r,loc,y,1,2amesh,alltype,1mat,1real,2asel,s,loc,x,2,3asel,r,loc 英语翻译652541092@亲亲.com 英语翻译ceyinglian @163.com 英语翻译118008984@qq.com ansys 命令流怎么不对 /FILNAM,BAN,/TITLE,BAN DIZHEN/PREP7ET,1,SOLID45MP,EX,1,2.06E5MP,PRXY,1,0.3BLOCK,-5,5005,0,16,0,100BLOCK,0,5000,-31,-1,-30,160BLOCK,0,5000,17,47,-30,160BLOCK,0,5000,-1,17,-30,-1BLOCK,0,5000,-1,17,101,160LESIZE,1,10,1LESIZE, ansys问题.关键点下边1,1,latt是线属性,后边那些个编号代表什么.初学者,希望讲的浅显些finish/clear/prep7ET,1,BEAM188MP,EX,1,3.45E10MP,NUXY,1,0.167MP,DENS,1,2600k,1,k,2,10,四个方向的关键点,做测试用k,3,5,5,k,4,5,5 用ansys计算载流线圈产生的磁场分布,为什么solve之后没有结果了呢?命令流如下：/PREP7ET,1,53KEYOPT,1,3,1ET,2,110KEYOPT,2,3,1MP,MURX,1,1MP,MURX,2,1*AFUN,DEGRECTNG,0,0.1,-0.1,0.1RECTNG,0.1,0.2,-0.1,0.1CYL4,-90,0.6,90AOVLAP,ALL ANSYS 静电场的 谁帮忙看看结果为什么会这样finish/clear/prep7et,1,plane230mp,perx,1,2mp,lsst,1,0.006cyl4,0,0,5,0,180cyl4,0,0,2,0,180asba,1,2,delenumcmp,allasel,allaatt,1,1smrtsize,5amesh,all/solulsel,s,1dl,all,volt,1000lsel,s,2dl,all,v ansys出现警告说旋转角度超过180度/filname,LeaderAxis6,1/Title,'A design of a leaderaxis'/prep7et,1,solid92mptemp,MPTEMP,1,0mpdata,ex,1,2e11mpdata,prxy,1,0.3cylind,1,0,m_d4/2,0,m_l4,0,360CYLiND,2,0,m_d3/2,m_l4,m_l4+m_l3,0,360CYLIND,3,0,m_d2 你好,我正在做一个ANSYS的压电仿真的瞬态分析,我的问题是怎么在耦合的电极上加载正弦电压载荷?我的命令流：/filename,fengming/prep7et,1,plane42,1et,2,plane13,7,1MP,ex,1,9.8e10 !黄铜MP,nuxy,1,.32MP,de ansys 施加温度荷载,使用的是solid70单元,两侧温度分别是10,20,参考温度是10,求解计算后.接着说.计算后,竟然有一部分实体的温度称为了0!怎么回事,/PREP7ET,1,SOLID5MP,PRXY,1,1/6MP,DENS,1,2500MP,EX ,1,3e10MP,A 我正在做一个ANSYS的压电仿真的瞬态分析,我的问题是怎么在耦合的电极上加载正弦力载荷?这是我的部分命令流：/prep7et,1,plane42,1et,2,solid5,3MP,ex,1,9.8e10 黄铜MP,nuxy,1,.32MP,dens,1,7500 MP,DENS,2,7600 压 ansys 在体的某一表面同时加载 对流荷载和热流密度的问题 高手求救!/PREP7ET,1,SOLID70 ! 热分析单元选择 type=1ET,2,SURF152 !表面效应单元 type=2KEYOPT,2,4,1 ! Exclude：keyopt(4)=1 指定表面效 ansys做压电换能器瞬态分析时,结果一直不对,位移响应怎么能都是零呢?/PREP7ET,1,SOLID92 ET,2,SOLID5,3定义材料（篇幅有限 省略）给体赋予材料 （篇幅有限 省略）粘结体（压电换能器 英语翻译https//artifice.securesites.com/cgi-bin/support_petitiononline.cgior with PayPal,including international currencies and eChecks:https://www.paypal.com/xclick/business=support%40petitiononline.com&item_name=PetitionOnline&no_shipping=1&cn=