机械设计
機械設計
궤계설계
Journal of Machine Design
2009年
12期
64-68
,共5页
强度可靠性%TPMS发射模块%成型分析%强度分析
彊度可靠性%TPMS髮射模塊%成型分析%彊度分析
강도가고성%TPMS발사모괴%성형분석%강도분석
strength reliability%molding analysis%strength analysis%TPMS emission module
利用有限元分析软件对轮胎压力监测系统(Tire Pressure Monitoring System,TPMS)的发射模块进行了强度可靠性设计.具体包括材料选择、产品成型分析、结构强度分析与优化3个方面,再借助振动、冲击和疲劳破坏试验来验证产品的强度可靠性.文中所采用的强度可靠性设计方法也不失为同类产品的一般性设计方法.
利用有限元分析軟件對輪胎壓力鑑測繫統(Tire Pressure Monitoring System,TPMS)的髮射模塊進行瞭彊度可靠性設計.具體包括材料選擇、產品成型分析、結構彊度分析與優化3箇方麵,再藉助振動、遲擊和疲勞破壞試驗來驗證產品的彊度可靠性.文中所採用的彊度可靠性設計方法也不失為同類產品的一般性設計方法.
이용유한원분석연건대륜태압력감측계통(Tire Pressure Monitoring System,TPMS)적발사모괴진행료강도가고성설계.구체포괄재료선택、산품성형분석、결구강도분석여우화3개방면,재차조진동、충격화피로파배시험래험증산품적강도가고성.문중소채용적강도가고성설계방법야불실위동류산품적일반성설계방법.
The strength reliability design has been carried out on the TPMS emission module by the use of finite dement analytical software. This design includes concretely three aspects of the material selection, the product molding analysis, the structural strength analysis and optimization. And the strength reliability of product was testified by the aids of vibration, impact and fatigue damage experiments. The strength reliability designing method adopted by this paper can still be considered as a generalized designing method of similar products.
