MSC SimDesigner,MSC SimDesigner,在线英语词典,英文翻译,专业英语

1) MSC SimDesigner

MSC SimDesigner

Application of MSC SimDesigner in Product Design;

MSC SimDesigner在产品设计中的作用

2) SimDesigner

SimDesigner

Using CATIA 3D software to establish the 3D model of double helical gear reducer,and converting it to the virtual model of ADAMS through SimDesigner,the joint between CATIA and ADAMS is realized.

使用CATIA三维建模软件创建二级斜齿轮减速器的三维模型,通过SimDesigner转换该模型,实现与ADAMS机械动力学仿真软件的无缝连接,在ADAMS中建立虚拟样机模型并对其进行动力学仿真,得出各齿轮轴的转速以及齿轮间的啮合力并进行分析,获得比较可靠的结果。

Firstly,a landing gear prototyping model was established using CATIA and imported to ADAMS through SIMDESIGNER,which acted as a kind of interface software.

在CATIA中建立了起落架的数字样机模型,并利用SIMDESIGNER将模型导入ADAMS中,在ADAMS中进行了起落架的收放分析和起落架着陆撞击的动力学分析,利用ADAMS的参数化设计功能,分析了一些系统参数对起落架缓冲性能和载荷分配的影响。

3) MSC

MSC

Residual Stress Numerical Simulation of Cold Rolling Board Based on MSC;

基于MSC的板材冷轧残余应力分布的数值仿真

Application of MSC Software in Single Cylinder Engine Design;

MSC软件在单缸柴油机设计中的应用

Research on Formal Description of Component and Composition Pattern Based on MSC;

基于MSC的构件及组装模式形式化描述研究

4) MSC Adams

MSC Adams

Simulation on Dynamic Characteristics of 3-UPS Parallel Machine Tool on MSC Adams;

基于MSC Adams的3-UPS并联机床动态特性仿真

Modeling Methods for Wire Cables of Mining Excarator by MSC Adams;

机械式矿用挖掘机钢丝绳在MSC Adams中的建模方法

Analysis on installation of bridge’s main arch using MSC Adams virtual prototype;

基于MSC Adams虚拟样机技术的桥梁主拱安装工艺分析

5) MSC Marc

MSC Marc

Comprehensive application of UG,HyperMesh and MSC Marc in finite element analysis;

综合应用UG,HyperMesh和MSC Marc软件进行有限元分析

Vertical Characteristic Analysis of Air Spring Using FEA Based on MSC Marc;

基于MSC Marc的空气弹簧垂向特性有限元分析

According to the construction drawing,the finite element model is built by MSC Marc.

根据某工程的实际施工图,使用MSC Marc建立模型,模拟土体流变特性对锚固边坡的影响,计算得到桩顶部的冠梁在施工后3个月内的变形和沉降变化规律。

6) MSC Patran

MSC Patran

Analysis of Interlayer Structure of Composite Material by MSC Patran/Nastran;

利用MSC Patran/Nastran分析复合材料夹层结构

Application of MSC Patran in Modal Analysis of Buoyant Raft Shock-resistant System;

MSC Patran在浮筏隔振装置模态分析中的应用

System for Response Analysis to Impact of Floating Raft Based on MSC Patran;

基于MSC Patran的浮筏冲击动响应分析计算系统

参考词条

MSC/NASTRAN MSC/PATRAN MSC-SSOS MSC Fatigue MSC Natran MSC-Dytran MSC PCL MSC Superform MSC Easy5 MSC/Marc MSC/MENTAT +MSC/NASTRAN MSC池 MSC Server MSC Pool SDL/MSC 复合命题推理

补充资料：ANSYS模型转到MSC.MARC

！ANSYS命令流
! 写单元及节点数据文件
! 作者：陆新征，清华大学土木系
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!选中所有单元
ALLSEL,ALL
! 得到当前模型中的总节点数
*GET,NNode,NODE,,COUNT, , , ,
!输出节点
*CFOPEN,Node,txt
*VWRITE
('coordinates')
*VWRITE,chrval(3),chrval(NNode),chrval(0),chrval(1)
(4A5)
*DO,I,1,NNode
*VWRITE,I,NX(I),NY(I),NZ(I)
(F8.0,3F13.5)
*ENDDO
*CFCLOS

!打开单元文件
*CFOPEN,ELEM,txt
!得到所有单元数
ESEL,S,ENAME,,65
ALLSEL,ALL
*GET,NElem,ELEM,,COUNT, , , ,
*VWRITE,chrval(NElem)
('Number of Element: ', A8)
!对单元集进行循环
*DO,I,1,NElem
!得到当前单元的类型
*GET,ENAME,ELEM,I,ATTR,ENAM
!如果是65号(65号单元)
*IF,ENAME,EQ,65,THEN
!得到该单元的节点编号
*GET,EN1,ELEM,I,NODE,1
*GET,EN2,ELEM,I,NODE,2
*GET,EN3,ELEM,I,NODE,3
*GET,EN4,ELEM,I,NODE,4
*GET,EN5,ELEM,I,NODE,5
*GET,EN6,ELEM,I,NODE,6
*GET,EN7,ELEM,I,NODE,7
*GET,EN8,ELEM,I,NODE,8
*VWRITE,I,EN1,EN2,EN3,EN4,EN5,EN6,EN7,EN8
(F8.0,8F8.0)
*END IF
*ENDDO
*CFCLOS

!Fortran程序，把ansys结果转换为MARC模型文件格式
program main
implicit none;
integer Key;
write(*,*) "Input 1 for node, 2 for element"
read(*,*) Key
if (Key==1) then
call Node_IO()
end if
if (Key==2) then
call Elem_IO()
end if
stop
end program

subroutine Node_IO()
implicit none
integer NNode,I, J
real*8,pointer :: Node(:,:)
real*8 x;
character :: filename*10;
write(*,*) "Please input node filename"
read(*,'(A10)') filename
open(66,file=filename)
read(66,*) NNode
allocate (Node(NNode,3))
do I=1,NNode
read(66,*) x, (Node(I,J), J=1,3)
end do
close (66)
filename=filename//"NEW"
open (66,file=filename)
write(66,'(4I10)') 3, NNode, 0, 1
do I=1, NNode
write(66,'(I10, 3E20.8)') I, (Node(I,J), J=1,3)
end do
close (66)
return
end subroutine Node_IO

subroutine Elem_IO()
implicit none
integer NElem,NumNode,ElemTyp,I, J
integer,pointer :: Elem(:,:)
real*8 x;
real*8,pointer :: y(:)
character :: filename*10, outformat*11,CharEtype;
write(*,*) "Please input node filename"
read(*,'(A10)') filename
write(*,*) "Please input Element type & Number of Nodes per element"

说明：补充资料仅用于学习参考，请勿用于其它任何用途。

首页 \| 翻译 \| 影视 \| 论坛 \| 索引 MSC Nastran MSC/Adams MSC Dytran

1) MSC SimDesigner MSC SimDesigner 1. Application of MSC SimDesigner in Product Design; MSC SimDesigner在产品设计中的作用 2) SimDesigner SimDesigner 1. Using CATIA 3D software to establish the 3D model of double helical gear reducer,and converting it to the virtual model of ADAMS through SimDesigner,the joint between CATIA and ADAMS is realized. 使用CATIA三维建模软件创建二级斜齿轮减速器的三维模型,通过SimDesigner转换该模型,实现与ADAMS机械动力学仿真软件的无缝连接,在ADAMS中建立虚拟样机模型并对其进行动力学仿真,得出各齿轮轴的转速以及齿轮间的啮合力并进行分析,获得比较可靠的结果。 2. Firstly,a landing gear prototyping model was established using CATIA and imported to ADAMS through SIMDESIGNER,which acted as a kind of interface software. 在CATIA中建立了起落架的数字样机模型,并利用SIMDESIGNER将模型导入ADAMS中,在ADAMS中进行了起落架的收放分析和起落架着陆撞击的动力学分析,利用ADAMS的参数化设计功能,分析了一些系统参数对起落架缓冲性能和载荷分配的影响。 3) MSC MSC 1. Residual Stress Numerical Simulation of Cold Rolling Board Based on MSC; 基于MSC的板材冷轧残余应力分布的数值仿真 2. Application of MSC Software in Single Cylinder Engine Design; MSC软件在单缸柴油机设计中的应用 3. Research on Formal Description of Component and Composition Pattern Based on MSC; 基于MSC的构件及组装模式形式化描述研究 4) MSC Adams MSC Adams 1. Simulation on Dynamic Characteristics of 3-UPS Parallel Machine Tool on MSC Adams; 基于MSC Adams的3-UPS并联机床动态特性仿真 2. Modeling Methods for Wire Cables of Mining Excarator by MSC Adams; 机械式矿用挖掘机钢丝绳在MSC Adams中的建模方法 3. Analysis on installation of bridge’s main arch using MSC Adams virtual prototype; 基于MSC Adams虚拟样机技术的桥梁主拱安装工艺分析 5) MSC Marc MSC Marc 1. Comprehensive application of UG,HyperMesh and MSC Marc in finite element analysis; 综合应用UG,HyperMesh和MSC Marc软件进行有限元分析 2. Vertical Characteristic Analysis of Air Spring Using FEA Based on MSC Marc; 基于MSC Marc的空气弹簧垂向特性有限元分析 3. According to the construction drawing,the finite element model is built by MSC Marc. 根据某工程的实际施工图,使用MSC Marc建立模型,模拟土体流变特性对锚固边坡的影响,计算得到桩顶部的冠梁在施工后3个月内的变形和沉降变化规律。 6) MSC Patran MSC Patran 1. Analysis of Interlayer Structure of Composite Material by MSC Patran/Nastran; 利用MSC Patran/Nastran分析复合材料夹层结构 2. Application of MSC Patran in Modal Analysis of Buoyant Raft Shock-resistant System; MSC Patran在浮筏隔振装置模态分析中的应用 3. System for Response Analysis to Impact of Floating Raft Based on MSC Patran; 基于MSC Patran的浮筏冲击动响应分析计算系统参考词条 MSC/NASTRAN MSC/PATRAN MSC-SSOS MSC Fatigue MSC Natran MSC-Dytran MSC PCL MSC Superform MSC Easy5 MSC/Marc MSC/MENTAT +MSC/NASTRAN MSC池 MSC Server MSC Pool SDL/MSC 复合命题推理补充资料：ANSYS模型转到MSC.MARC ！ANSYS命令流 ! 写单元及节点数据文件 ! 作者：陆新征，清华大学土木系 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !选中所有单元 ALLSEL,ALL ! 得到当前模型中的总节点数 GET,NNode,NODE,,COUNT, , , , !输出节点 CFOPEN,Node,txt VWRITE ('coordinates') VWRITE,chrval(3),chrval(NNode),chrval(0),chrval(1) (4A5) DO,I,1,NNode VWRITE,I,NX(I),NY(I),NZ(I) (F8.0,3F13.5) ENDDO CFCLOS !打开单元文件 CFOPEN,ELEM,txt !得到所有单元数 ESEL,S,ENAME,,65 ALLSEL,ALL GET,NElem,ELEM,,COUNT, , , , VWRITE,chrval(NElem) ('Number of Element: ', A8) !对单元集进行循环 DO,I,1,NElem !得到当前单元的类型 GET,ENAME,ELEM,I,ATTR,ENAM !如果是65号(65号单元) IF,ENAME,EQ,65,THEN !得到该单元的节点编号 GET,EN1,ELEM,I,NODE,1 GET,EN2,ELEM,I,NODE,2 GET,EN3,ELEM,I,NODE,3 GET,EN4,ELEM,I,NODE,4 GET,EN5,ELEM,I,NODE,5 GET,EN6,ELEM,I,NODE,6 GET,EN7,ELEM,I,NODE,7 GET,EN8,ELEM,I,NODE,8 VWRITE,I,EN1,EN2,EN3,EN4,EN5,EN6,EN7,EN8 (F8.0,8F8.0) END IF ENDDO CFCLOS !Fortran程序，把ansys结果转换为MARC模型文件格式 program main implicit none; integer Key; write(,) "Input 1 for node, 2 for element" read(,) Key if (Key==1) then call Node_IO() end if if (Key==2) then call Elem_IO() end if stop end program subroutine Node_IO() implicit none integer NNode,I, J real8,pointer :: Node(:,:) real8 x; character :: filename10; write(,) "Please input node filename" read(,'(A10)') filename open(66,file=filename) read(66,) NNode allocate (Node(NNode,3)) do I=1,NNode read(66,) x, (Node(I,J), J=1,3) end do close (66) filename=filename//"NEW" open (66,file=filename) write(66,'(4I10)') 3, NNode, 0, 1 do I=1, NNode write(66,'(I10, 3E20.8)') I, (Node(I,J), J=1,3) end do close (66) return end subroutine Node_IO subroutine Elem_IO() implicit none integer NElem,NumNode,ElemTyp,I, J integer,pointer :: Elem(:,:) real8 x; real8,pointer :: y(:) character :: filename10, outformat11,CharEtype; write(,) "Please input node filename" read(,'(A10)') filename write(,) "Please input Element type & Number of Nodes per element" 说明：*补充资料仅用于学习参考，请勿用于其它任何用途。
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