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1·This technology is of great significance for the promoting of I-DEAS in China.

该技术对i - DEAS在我国的推广应用有着重要意义。

2·In addition, the interference between parts is removed with the interference check function of I-DEAS.

同时，利用I - DEAS软件的干涉检查功能，解决了零部件的干涉问题。

3·The optimum algorithm of famous I-DEAS software was discussed, then, high-speed car body was optimized.

在讨论了著名的I-DEAS软件的优化算法后，对高速客车车体进行了优化设计。

4·The 3D templet of them is built by the figure environment of I-DEAS, and parametric figure base is set up too.

通过I-DEAS系统的图形环境，建立制动器总体及零部件的三维设计模板，形成参数化图形库；

5·Three-dimensional modeling and mechanism simulation of planetary-gear transmission by means of I-DEAS software.

行星齿轮传动装置三维建模、装配及动画处理。

6·Modeling program of cycloid profile contact finite element was finished by use of parametric function in I-DEAS software.

利用I-DEAS软件本身的参数化设计功能，编写了摆线轮齿面接触有限元建模程序；

7·Firstly produce the parametrization model in I-DEAS making use of programming tool PRG, then divide the finite element grid.

首先在I - DEAS中利用PRG的特点及关键技术给出了参数化驱动的数学模型，并且划分有限元网格。

8·According to the characteristic of low-sided weathering steel gondola car body, analytical model is made by I-DEAS software.

本文利用I - DEAS软件，根据低边耐候钢敞车车体钢结构的特点，建立了车体钢结构的力学模型。

9·In this paper, the mode character of MWM395 engine block is analyzed with the finite element analysis on the platform of I DEAS.

本文应用有限元法在I - DEAS软件平台上对MWM395柴油机机体进行了模态分析。

10·Using I-DEAS software, finite element analysis of static strength of low-sided weathering steel gondola car body is carried out.

利用I - DEAS软件，对低边耐候钢敞车车体钢结构进行有限元静强度分析。