Combining of the crane design standard, we conclude a set of CAE analysis process for grab design.
结合起重机设计规范，总结了一套可用于抓斗设计的CAE分析过程。
CAE analysis and orthogonal design are applied in aluminum alloy housing die-casting process optimization design.
采用CAE方法和正交分析法对铝合金支架压铸件的压铸工艺进行了优化设计。
This indicates that CAE analysis has a wide application promise in the field of new product developing and improving.
说明CAE分析在新产品开发、改进中具有广阔的应用前景。
Through the CAE analysis for the lightweight frame, the requirements for the stiffness and stress distribution of the structure was met.
通过对改进车的CAE分析表明，轻量化后的车身刚度以及骨架应力分布均满足要求。
These methods have important interests in explaining the results of CAE and evaluating the solutions. They also have important value to other fields of CAE analysis.
这些方法对解释CAE分析结果、评估分析方案具有重要意义，对其他领域的CAE结果分析也有重要的应用价值。
Then using CAE analysis and through adjusting the gate position, weld lines can be optimized to the minimum length, and this result has also been identified by practice.
进而应用CAE软件进行分析，通过调整浇口位置，对熔接痕的长度进行优化，使其减少到最小，结果得到实践验证。
CAE analysis field, 2 persons, analyzing stiffness, strength and nonlinear collision of the Complete Auto, analyzing and researching on system kinematics and aerodynamics.
CAE分析方向2人，整车刚度、强度分析，整车碰撞非线性分析；系统运动学分析，空气动力学分析研究。
The traditional CAE analysis of plastic injection molding can only reveal potential problems in plastic injection, such as warp, but it does not optimize the process parameters.
传统的注塑模CAE分析可以事先发现注塑成型中的潜在问题，如翘曲等，但是不能实现注塑工艺参数优化。
This thesis finished the module of CAE analysis report which is on the basis of Z-MOLD developed by Advanced Polymer Processing Technology of National Engineering Researing Center.
本文在橡塑模具国家工程研究中心自主版权Z-MOLD的基础上，完成了CAE分析结果报告的模块研制；
The frame material and the welding procedure can be set according to the pre-judgement carried out by combining the CAE analysis with the residual stress distribution before welding.
在进行跑车试验前，先检查焊接质量，如焊接接头所包括的焊缝、熔合区和热影响区等，以设定整个工艺流程；
During the global competition becomes more and more drastic, traditional CAE analysis mode can not adapt the individuation and diversification of customers' demands and rapidly changing market.
全球性的竞争越来越激烈，传统的CAE分析过程已不能适应个性化、多样化的用户需求和快速变化的市场。
The finite element technique is the key technique of the computer assistance engineering analysis (CAE).
有限元技术是计算机辅助工程分析(CAE)的关键技术。
The thermal reliability research have two main aspects : testing the distributed heat by multi-temperature measure instrument and the thermal analysis in the assistance of CAE software.
采用多点温度测试仪器进行热分布测试，借助CAE软件进行热分析是热可靠性研究的两个重要方面。
This paper introduces expert knowledge into respective procedure of CAD, CAE and CAPP and actualizes the intellectualization in design process, strength analysis and process planning.
将专家知识融入在CAD、CAE、CAPP各个过程中实现了设计过程、强度分析和工艺分析的智能化。
Through a CAE application example, the workflow, analysis capability and solution schemes of CAE in the process of car body product development are presented in detail.
通过车身开发过程中的CAE应用实例，详细介绍了在车身产品开发过程中的CAE分析流程、分析能力和解决方案。
An automotive CAE software based on automotive theory, finite element analysis and optimization design has been developed to resolve relevant engineering problems.
基于汽车理论、有限元分析和优化设计方法，为解决工程实际问题，开发了汽车CAE软件系统。
We make full use of CAE mold flow analysis techniques, simulation and optimization of mold runner system design, improve part quality and reduce the number of test mode and unnecessary waste.
我们充分利用CAE模流分析技术，模拟和优化模具浇道系统设计，提高零件的质量和减少试模次数及不必要的浪费。
CAE for plastic injection molding software is usually divided into three subsystems: pre-processing system, numeric analysis system of injection molding process, and post-processing system.
塑料注射模cae软件一般划分为三个子系统：前置处理系统、注射成型过程数值分析系统和后置处理系统。
Based on elastic FEM theory and heat transfer theory, the author USES I-DEAS software as a CAE tool, builds the finite element analysis method and techniques of the principle shaft system on work.
本文采用I -DEAS软件作为计算机辅助分析的工具，基于弹塑性有限元理论和传热学理论，建立了工作状态下主轴系统的有限元分析方法及技术处理方法。
By the simulating analysis to CAE drawing software, adding draw bead restraining mold is applied on the area of deficient stretching, the eligible products are produced finally by die testing.
经过CAE拉伸软件的模拟分析，对于拉伸不足的区域采用增加拉伸筋的方式，通过试模最终加工出合格的零件。
In CAE of welded structures, the effective computing and accurate modeling of numerical simulation are as the main problems in three-dimensional analysis.
在焊接结构的CAE中，复杂焊接结构数值模拟的高效运算和精确建模是实现三维分析的主要困难。
The paper introduces two technology: finite element analysis and optimal design, which are often used in computer-aided engineering (CAE).
介绍了计算机辅助工程(CAE)技术中常用的两种技术：有限元分析和优化设计。
Mainly discuss the Plastic Tank Flap injection process. and how to use CAE in analysis product manufacture. And how to ensure production not deformation.
主要论述了塑料油箱盖的注塑成型工艺，并就如何例用CAE分析论证产品的工艺性、以及如何保证产品的不变形进行了说明。
Through simulated analysis of CAE simulation software, It applies drawing ribs to insufficiently drawing area. It produces qualified parts through testing die.
经过CAE拉深软件的模拟分析，对于拉深不足的区域采用增加拉深筋的方式，通过试模最终加工出合格的零件。
The CAE technology and PATRAN finite element software were used in three-dimension simulation and analysis for three axis turntable frame system.
三轴转台框架系统的三维模拟与分析，采用CAE技术，使用PATRAN有限元软件。
Taking the advantage of CAE powerful functions of ANSYS software, a finite element analysis of butterfly valve is realized, and the dimension and structure of valve body is optimized.
利用ANSYS软件强大的CAE功能进行碟阀的有限元分析，从而可以对碟阀的尺寸和结构进行优化。
MPI software developed by MOLDFLOW Company is a kind of plastic injection molding analysis CAE software. It is widely used around the world currently.
CAE技术近年来在塑料注射成型工艺方面得到广泛应用，目前广泛采用的注塑成型分析软件是MOLDFLOW公司开发的MPI系列软件。
It is a key to introduce sensitivity analysis method into injection mould CAE for cooling system automatic and optimum design. It also becomes an important content in cooling system design.
将灵敏度分析方法引入注塑模温度场CAE中，是如何实现冷却系统自动优化设计的核心，也是冷却系统设计的一个重要方向。
Finally, the CAE models of shield box and single module are established with developed system, and modal analysis, transient analysis and random vibration (PSD) analysis are executed.
最后，利用已开发的系统建立了屏蔽盒类机箱整机和单个模块的CAE模型，分别进行了模态分析、瞬态分析和随机振动分析。
Finally, the CAE models of shield box and single module are established with developed system, and modal analysis, transient analysis and random vibration (PSD) analysis are executed.
最后，利用已开发的系统建立了屏蔽盒类机箱整机和单个模块的CAE模型，分别进行了模态分析、瞬态分析和随机振动分析。
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