其中的虚拟样机建造方法与有限元分析手段在共同建立的联调平台下解决复杂机械系统设计及性能仿真方面具有理论意义与实用价值。
The method of Virtual Prototype Building and Finite Element Analysis is theoretically meaning and practically valuable for design and performance simulation of complex mechanical system.
之后则应用虚拟样机技术，运用ADAMS动力学分析软件对设计出的模型进行了动态分析，在分析对比了两种不同的设计方案之后，采用了其中一种较好的设计方案；
Then with the visual prototype technology, the dynamic analysis with ADAMS is done for the model and two different projects are contrasted . With the analysis, the better project design is got.
最后，论文探讨了虚拟样机中面向初始设计的协同平台的结构与功能设计，并对其中的专家系统模块做了具体分析。
Lastly, it researches on the infrastructure and components of collaboration platform for virtual prototyping's general design, and analyzes the expert system module in detail.
最后，论文探讨了虚拟样机中面向初始设计的协同平台的结构与功能设计，并对其中的专家系统模块做了具体分析。
Lastly, it researches on the infrastructure and components of collaboration platform for virtual prototyping's general design, and analyzes the expert system module in detail.
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