利用参数化技术完成了标准件模型的建立，通过用户自定义特征的方法建立开孔特征，并实现了二者的关联。
The models of each standard part could be created based on parametric method, and the pocket feature related to the standard part could be created with UDF (user defined feature) method.
在冒口绘制方面，利用UG软件的参数化尺寸驱动技术和装配环境实现了冒口绘制的高效性。
On the other hand, the riser drawing system improves the efficiency of drawing riser by the parameter technique and assembly environment in UG.
利用UG/NX的二次开发模块和参数化建模技术实现了渐开线齿轮参数化设计。
Development parametric design of the gear is realized by using UG/NX second development and parametric modeling module.
再利用多参数稳定性理论及归一化技术，对约化方程进行求解，得到了分岔方程。
Then, using the multi-parameter stability theory and unification technique, we solved the reduced equation and obtained the bifurcation equations and their solution.
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。
Firstly produce the parametrization model in I-DEAS making use of programming tool PRG, then divide the finite element grid.
研究利用参数化有限元技术分析复合材料层合结构力学性能和结构可靠度的方法，并基于ANSYS软件平台开发相应的参数化有限元程序。
Parametric FEM technique is used to analyze the mechanical performance and structural reliability of composite laminate structures. The parametric FEM code based on ANSYS is given.
讨论了利用智能化尺寸驱动技术实现二维参数化绘图中的问题。
In this paper, the problems of intelligent dimension-driven in 2-d parametric plotting are discussed.
讨论了利用智能化尺寸驱动技术实现二维参数化绘图中的问题。
In this paper, the problems of intelligent dimension-driven in 2-d parametric plotting are discussed.
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