虚拟样机

分析了该机构的运动特性，运用连杆D&H矩阵，探讨了具有5R支链的建模方法，给出了机构位置反解的数学模型，并在ADAMS虚拟样机软件及MATLAB数学计算软件上进行了数值验证。

The modeling methods for 5R-kinematics limb were researched by use of link 's D-H matrix , and the positional inverse resolution equations of this mechanism were presented . The inverse resolutions were verified on Adams or virtual prototype software and Matlab .

随行叉车牵引行驶性能虚拟样机分析

Virtual prototype analysis of concomitant fork truck 's stability and passing capacity

基于虚拟样机的蜗杆传动机构3D建模与动力学仿真技术

Research on 3D Modeling and Dynamics Simulation of Worm Driving Based on Virtual Prototyping Technology

大功率LED分色分光机定位测试装置的虚拟样机研究

Research on Virtual Prototype of Positioning & Testing Instrument in Automated High-Power LED Sorting Machine

虚拟样机测试与评估（VirtualPrototypingTestandEvaluation，VPT&E）是虚拟采办的重要子过程。

Virtual Prototyping Test and Evaluation ( VPT & E ) is a significant sub-process of virtual acquisition .

基于XML的协作虚拟样机通信技术

XML-based Collaborative Virtual Prototyping Communication Technique

汽车ABS虚拟样机仿真与制动性能的研究

Simulation of Virtual Prototype of ABS Braking System and Braking Performance

基于UG与ADAMS的贴片机虚拟样机设计

Virtual Prototyping of Surface Mounting Machine Based on UG and ADAMS

第三章阐述了虚拟样机技术以及相应的ADAMS软件。

The third chapter expatiates the virtual prototyping technology and ADAMS software .

在ADAMS软件中建立过山车的虚拟样机模型。

A virtual prototype of roller coaster was constructed using ADAMS software .

同时运用虚拟样机技术软件ADAMS对该修正方法进行仿真分析，分析结果表明，该修正方法是合理的。

The simulation analysis made with ADAMS shows that the modified method is valid .

随着三维图形技术和虚拟样机技术的发展，三维设计已经成为CAD技术应用的必然趋势。

With the development of three-dimensional graphic technique and Virtual Prototype technique , three-dimensional design has already been inevitable tendency of CAD application .

借助虚拟样机技术并根据柱塞泵的物理模型参数，分别在MSC。

Dynamics model and hydraulic model of piston pump individually grounded on MSC .

通过数据库访问接口的开发及CAD与分析系统的接口集成，建立了顶部驱动钻井装置虚拟样机原型系统的基本框架。

Through developing the interface of the database access and the integration between CAD and analysis system , the basic frame of the TDS-VPS is built .

通过总结和分析虚拟样机各种体系框架，设计出高功率横流CO2激光器虚拟样机的系统框架。

After analyzing and summarizing several schemes of historical virtual prototype , the system framework of High Power Crosscurrent CO_2 Laser virtual prototype was given .

基于DCOM的支持虚拟样机的仿真工具分布交互的研究与实现

Research and Realization of DCOM-based Distributed Interoperation among Simulation Tools Supporting Virtual Prototyping

实验原型系统验证了DirectX能够在微型机算机上满足虚拟样机的3D渲染需求。

The prototyping system shows that DirectX can satisfy the demand of the 3D rendering of virtual prototyping .

某型牵引火炮后坐装置的虚拟样机动力学模型以LMSVirtual。

The virtual prototyping dynamic model of a certain gun recoil system is constructed by using LMS Virtual .

针对虚拟样机技术在回旋加速器设计与制造上的应用和需求，提出了一个用于回旋加速器控制系统设计、仿真及验证的软件平台：CyclotronVirtualControlPlatform（CVCP）。

A software solution applied for cyclotron control system design , simulation and validation which named Cyclotron Virtual Control Platform ( CVCP ) is introduced .

然后在ADAMS环境下建立了摩托车的仿真数字模型，并对实物摩托车作了振动测试，验证了摩托车虚拟样机模型的正确性。

The Virtual Prototype model was built in the environment of ADAMS . The vibration test shows the validity of the model .

针对高功率横流CO2激光器虚拟样机，提出了采用综合评价技术评价虚拟样机与设计要求符合程度的相似法；

For virtual prototype of High Power Crosscurrent CO_2 Laser , a comprehensive evaluation method was put forward in order to evaluating the reliable degree between virtual prototype and design scheme .

简单介绍了虚拟样机技术和ADAMS软件，最后给出了一个平面四连杆机构应用实例。

The article simply introduces virtual prototype technology and ADAMS . Finally , a four-bar mechanism is given as example of application of ADAMS .

首先介绍了虚拟样机（VP）研究的背景及其在武器系统设计中的意义。

Firstly , the background and meaning of virtual prototype ( VP ) in the weapon system design are introduced .

基于DAG场景图的产品虚拟样机系统及其关键技术的研究

Research on Virtual Prototyping System and Its Key Technology Based on DAG Scene Graph

利用虚拟样机技术及仿真软件平台Pro／E，建立新型捣固装置的虚拟样机，并进行运动学仿真。

Taking advantage of virtual prototyping technology and simulation software platform Pro / E , a virtual prototype of the new tamping unit was created and kinematics simulation was carried out 2 .

基于此模型，分析六轮摇臂月球车的结构特点，在ADAMS中建立典型的虚拟样机模型，进行仿真分析和优化，得到优化参数。

The configuration of American six-wheel-rocker-bogie rover is studied . Its virtual prototype is created , simulated and optimized using ADAMS . The optimal parameters are obtained .

最后利用优化后的结果在ADAMS软件中构建六连杆打纬机构的虚拟样机模型，通过仿真得到期望的运动特性。

The virtual prototype model of 6-link beating mechanism is constructed in ADAMS with the optimal design , and an expected kinematical characteristic is achieved at last .

在机械行业中，CAD技术以及基于CAD技术的虚拟样机技术的广泛应用使机械产品的生产效率得到较大提高，生产成本得以降低，产品质量得以加强。

In mechanical field , the broad using of CAD and virtual prototyping technology based on CAD make the efficiencies of production higher , the costs of production lower , and the qualities of product better .

针对虚拟样机多学科设计优化框架对多学科问题描述的需求，对多学科设计优化问题的建模方法进行研究，提出用XML语言对多学科优化问题模型进行描述。

According to the requirement of Multidisciplinary Design Optimization ( MDO ) Problem description in Virtual Prototype Multidisciplinary Design Optimization Framework ( VPMDOF ), the Extensible Markup Language ( XML ) was used to describe MDO problem models .

本文应用CAD技术和多体系统动力学理论对引信无返回力矩钟表机构虚拟样机技术中的建模和动力学仿真进行了深入研究。

Based on CAD technology and multibody dynamics theory , the modeling and dynamic simulation of virtual prototype of Fuze S & A Mechanism with involute gear train and straight-sided verge Runaway Escapement are studied in this paper .