建立了中小功率内燃机常用摇臂参数化设计模型。
Parametrization design model of vavle rockerarm commonly used in small and medium sized engines was established in this paper.
面向对象的有向超图参数化设计模型，用面向对象的程序设计方法可以很容易的实现。
This model has the virtue of the directed hypergraph and is easy to be realized through object-oriented programming.
样机设计过程是在选定设计条件后，利用参数化模型设计软件进行零件设计和整机装配。
The process of prototype design is that parts design and system assembly are completed by parameterized model design software after conditions given.
其参数化功能能够很好反映设计意图，参数化模型易于修改。
His parameter function can reflect design intention very clearly, and the parameter model is easy to revising.
分析结果表明，建立正确的仿真模型并辅以参数化设计方法是解决摩擦学仿真问题非常好的实现方法。
The analytic results show establishing proper simulation model and attaching parameter design approach are greatly good realization methods of solving the problems of tribological simulation.
文章主要论述了如何提高起重机的设计水平，提出了桥式起重机的参数化模型的建立以及实现。
This article mainly elaborate how to enhanced the hoist crane design level, proposed the bridge type hoist crane parameterization model establishment as well as the realization.
通过APDL语言实现有限元模型的参数化设计，计算出并联机床在工作空间内的刚度分布。
The FEA model was parameterized by APDL language and the stiffness distribution was computed over the workspace.
产品参数化设计能够快速、便捷地实现产品模型的改进和开发，决定着产品的研发周期。
Parametric designing of product can be fast celerity actualizes development and the improvement of product model, decides product research and develop period.
本文阐述了CATIA软件的二次开发性能和二次开发方法，总结了基于CATIA的零件模型的参数化设计方法；
This paper illuminates the performance and the method of secondary development of software CATIA, and generalizes the parametric design methods of parts modeling based on CATIA.
首先对常见的工艺补充面截面线类型进行分析，建立数学解析模型并进行参数化设计，并且给出特殊问题的处理方法。
At first, the section curves of addendum is analysed, mathematic analytic models are established, the parametric design is finished and method to deal with especial questions is presented.
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.
此模型能有效捕捉并自动识别服装制板过程中反映用户设计意图的几何约束关系，实现服装纸样的参数化。
This model could capture geometric constraints effectively and distinguish user's intentions automatically in the process of drawing graph theory so as to realize parametric design of apparel pattern.
参数化设计的关键是几何约束关系的提取和表达，几何约束的求解及参数化几何模型构造。
The main problems of Parameter design are abstraction and expression of the geometric constraint relationship, solver of geometric constraint and creation of geometry model.
以液压元件参数化设计为例，介绍了基于命令解释器模型的程序设计方法。
Take the parameterized design of hydraulic component as an example the program designing method based on command explainer model was introduced.
通过分析被控对象的特性，采用分段线性化的方法设计变参数PID控制器，进而给出基于T-S模型的模糊PID控制策略；
Variable parameter PID control for the controlled object is designed by the method of segment linearization. Furthermore, T-S model based fuzzy PID control strategy is put forward.
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.
参数化设计是一种使用重要几何参数快速构造和修改几何模型的造型方法。
Parametric design is a modeling method. It uses important geometric parameters to construct and modify geometric model.
基于几何特征参数化提出了一种支持模型几何外形再设计的重建模型表达和建模方法。
A novel scheme of reconstructed model representation and modeling for innovative styling is presented based on parameterization of geometric features.
针对模块化设计的产品配置阶段，提出了基于模块族特征参数模型的模块配置集生成流程。
For the phase of product configuration in modular design, a process of product module configuration set is put forward based on the feature parameter model of module family.
基于现代典型翻边模产品智能化设计的理念，系统采用参数化技术，实现汽车翻边件初始模型特征的提取。
The system uses intelligential design principle on the base of the modern typical flanging die production and parameter technique in order to realize original model of automobile flanging hardware.
基于等效线性化的隔震工程设计参数，建立非比例阻尼隔震结构模型。
The structure is modeled as non-proportionally damped system based on equivalent linearized parameters which is used for practical design.
基于地质地球物理模型论证地震采集参数技术，是保证地震采集设计科学化、实用化的重要手段。
The technique to demonstrate seismic acquisition parameters based on the geologic and geophysical model is an important method to ensure seismic acquisition designs scientific and practicality.
在ANSYS中利用APDL语言实现主轴有限元模型的参数化，并对主轴的结构进行优化设计，求出了主轴优化后的主要结构参数。
The model is parameterized using APDL in ANSYS, the optimum structure of the spindle is designed, and the main structure parameters of the spindle are obtained.
采用面向对象思想对典型结构件进行分析，并基于参数化造型方法和模型视图控制设计模式，实现典型结构件库的设计与开发；
Object oriented method is applied to analyze and describe the typical parts, parametric modeling and model-view-control (MVC) design mode are used to realize the database design and development.
参数化几何造型可以控制设计元素之间的关系，并且自动更新对模型和工程图所作的修改。
Parameterized model technology can control the relationship between design elements and renew the change of model and engineering drawing automatically.
按照参数化原则，建立了参数化的拱坝模型，利用可视化编程语言vb.net，实现了高拱坝体形优化决策系统的可视化设计。
Build the geometric model of arch dam according to the parameterization. Carry the visualization design of decision-making system out by using the visualization program VB. NET.
介绍了一套砷化镓专用电路CAD软件，它可完成砷化镓器件模拟、器件模型参数提取、电路模拟、版图编辑、PG带生成的全过程设计。
The paper describes a CAD tool, it can perform GaAs device simulation, device parameter abstraction, circuit simulation, layout edition and PG tape generation.
基于UG的套装油管路设计系统，运用模块编码和模板模型参数化等技术开发，实现套装油管路的快速设计。
Based on the UG software, the rapid design on the encapsulated oil pipe is implemented using module coding and model parametric design.
阐述了气动凿岩机虚拟样机设计的框架结构、工作流程和三维模型构建方法，并在此基础上进行了参数化设计与运动仿真的研究。
The frame construction, the work flow and the three dimensional modelling method of pneumatic rock drill based on virtual prototype technology were elaborated.
阐述了气动凿岩机虚拟样机设计的框架结构、工作流程和三维模型构建方法，并在此基础上进行了参数化设计与运动仿真的研究。
The frame construction, the work flow and the three dimensional modelling method of pneumatic rock drill based on virtual prototype technology were elaborated.
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