虚拟装配设计环境

S. Jayaram, Yong Wang, U. Jayaram, K. Lyons, Peter Hart
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引用次数: 138

摘要

虚拟装配设计环境(VADE)是一种基于虚拟现实(VR)的工程应用程序,它允许工程师评估,分析和计划机械系统的装配。该系统的重点是利用与商业计算机辅助设计(CAD)系统紧密结合的沉浸式虚拟环境。VADE的突出特点包括:数据集成(双向)与参数化CAD系统;用户与虚拟环境中部件的真实交互;在虚拟环境中创造有价值的设计信息将设计信息反向传输回CAD系统;虚拟环境中显著的交互性;碰撞检测;以及基于物理的建模。本文介绍了VADE的功能和应用。讨论了虚拟装配的局限性,并与自动化装配规划系统进行了比较。还描述了使用实际工程模型进行的实验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Virtual Assembly Design Environment
The Virtual Assembly Design Environment (VADE) is a virtual reality (VR) based engineering application which allows engineers to evaluate, analyze, and plan the assembly of mechanical systems. This system focuses on utilizing an immersive virtual environment tightly coupled with commercial computer aided design (CAD) systems. Salient features of VADE include: data integration (two-way) with a parametric CAD system; realistic interaction of the user with parts in the virtual environment; creation of valued design information in the virtual environment; reverse data transfer of design information back to the CAD system; significant interactivity in the virtual environment; collision detection; and physically-based modeling. This paper describes the functionality and applications of VADE. A discussion of the limitations of virtual assembly and a comparison with automated assembly planning systems are presented. Experiments conducted using real-world engineering models are also described.
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