以某型号惯性平台减振器为研究对象，探讨了橡胶减振器弹性特性的有限元分析方法。
Taking a certain typed shock absorber of inertia platform as an object of study, the finite element analytical method on the elastic property of rubber shock absorber was approached.
并以汽车减振器为对象，建立分布式产品数据管理系统和面向重用的开发平台。
Using automobile shock absorber as sample, a distributed product data management system and development platform oriented to reuse was built.
本文着重论述了减振平台设计方法，重点在平台的关键部件减振器研制；
The article is emphasized discussed decrease Zhen Ping stage to devise a method, the key develops;
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