阐述了基于特征和约束的参数化驱动技术建立图形库的方法。
This paper presents the method of establishing graphics library driven by the features and constraints parameterization technique.
系统采用三层结构模型，应用对象设计方法、参数化驱动技术实现。
This system is applying the three level mode and according the need of the designing object, has made realized of the technology of datum drive.
运用参数化技术，对各功能特征实现参数化驱动，建立基于特征的参数化图形库。
An forming cutter parametric graph base is built by adopting the parameter driving technology.
并结合参数化驱动技术实现网络化三维建模，并基于CATIA平台给出了验证模型。
Then networked three dimensional modeling will be realized by parameter drive , and a proved model based on CATIA was provided .
本文以某涡轮增压器的压气机为研究对象，讨论了基于参数化驱动的流体分析组合优化技术的普遍意义。
This article take some turbosupercharger air compressor as the research object, discussed based on the parameter actuation fluid analysis combination optimization technology universal significance.
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.
通过准专家系统链接数据库、工艺库、规则库，实现了网络环境下的参数化驱动设计，并结合CAM模块，一定程度上达到了CIMS。
Through expert system to establish connections among database? Manufacturing database and rule database, reached parameter drive design on network platform, finally, combined with CAM module for CIMS.
通过对零件分类建立模板工艺，并对其进行参数化，即在模板工艺与零件参数之间建立参数关系，以实现参数化驱动生成零件加工工艺。
Template process are parametric founded by part sort, that is the relations of template process and part parameter are founded, to realize generation of process.
使用此模式的方法遵循了特定的模型驱动的开发方法，后者可实例化服务或接口的uml模型元素的模式参数。
The approach to using this pattern follows the model-driven development approach of instantiating the pattern parameters to specific UML model elements of the service or interface.
第二个目标是应用设备来建树参数化的设计驱动尺寸、特点或者布局。
The second purpose is to create parametrized designs that drive dimensions , features or structures through configurations .
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.
提出了逐点驱动的尺寸驱动参数化方法。
This paper studies the method of point by point dimension parametric drive.
理论分析和设计实例表明，本文所介绍的全参数化图形建模与尺寸驱动方法运行稳定、可靠、效率高。
The theory analysis and the examples show the fully parametric graphic modeling and dimension driving method introduced in this paper are stable, reliable and efficient.
文中还通过对参数约束数学模型的分析并结合驱动桥工程化设计过程，设计出搜索算法和参数更新算法。
By analysing the mathematical model and the design process of driving axle, the search algorithm and the parameter update algorithm are given in this dissertation.
首先建立了原型方舱零件及其装配的参数化模型，然后定义了驱动参数及其所有零件的装配关系表达式。
Firstly, the parametric assembly model of prototype shelter was built. Then, both the driving parameters and the assembly relationship expressions of all parts were defined.
本文将网络化信息发布技术应用于CAD系统的零件设计，提出了通过网络化参数驱动建立三维模型的新方法。
In this dissertation, networked information releasing technology was applied to part design in CAD system, brought forward a new three dimensional modeling method by networked parameter drive.
进行了UG二次开发技术研究；建立了模板参数化模型、模板参数驱动机制；
Researched software development techniques based on UG, and established mould board parametric model and parametric drive mechanism.
数据驱动的查询必须指定参数化查询的文本并识别任何需要填写参数的列(在相关的列集合中)。
Data Driven Queries must specify the text of the parameterized query and identify any columns (in the associated columns collection) needed to fill in the parameters.
本文以轻型载货汽车驱动桥壳为研究对象详细论述了从UG软件中的参数化建模到ANSYS中有限元模型的建立、边界条件的施加等研究。
This article studies based on light truck driver axle of QX1060, discusses in detail from the UG software parametric modeling, establish of ANSYS FEM model, and the boundary conditions imposed, etc.
结合多体系统模型元素关联关系的特点，提出了一种事件驱动的模型参数化更新机制。
Moreover, through analyzing the associated relationships among model elements, an event-driven updated mechanism for parametric modeling was proposed.
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.
讨论了二维参数化绘图中的智能化尺寸驱动问题。
In this paper, the problem of intelligent dimension-driven in 2-d parametric plotting is discussed.
讨论了二维参数化绘图中的智能化尺寸驱动问题。
In this paper, the problem of intelligent dimension-driven in 2-d parametric plotting is discussed.
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