文档编号:ZD409 文档字数:25602,页数:48,有开题报告,任务书,文献综述 摘 要:低压断路器由导电系统、灭弧室、热脱扣器和电磁式瞬动机构组成,其中操动机构的性能直接关系断路器动作的可靠性,本课题利用Pro/E对操动机构进行三维实体造型,然后将利用多体动力学仿真软件ADAMS进行仿真,完成对DW16型低压断路器的常用操动机构的设计和优化。其设计主体思路首先通过ADAMS与Pro/E的接口模块MECHANISM/PRO定义刚体和施加约束,形成了机械系统模型,然后使用ADAMS的求解器ADAMS/Solver对其进行动力学仿真。 The design of the organization with Abstract: The low voltage breaker is composed of electric conducted system,extinguish-arc room, heat tripper and electric magnetism wink-moved mechanism.The functions of move mechanism directly impact the reliability of breaker’s move. This topic is imported by using the exchange module of multibody dynamics simulation software automatic dynamic analysis of mechanical system,and then its movement was simulated by applying ADAMS,with the design and the optimization of DW16 Low-voltage breaker’s ususal mechanical movement.This design ‘s main thinking uses the interface module of ADAMS and Pro/E, MECHANISM/PRO define rigid body and exert constraint, formed mechanism system module. Then ADAMS’s solver do some analyse of dynamics simulation. 目 录 2.3.1开关机构的分析与力的计算………………………………………………8
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Tags:低压 断路器 机构 设计 优化 | 2010-05-13 19:32:28【返回顶部】 |