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气动刹车橡胶活塞膜ANSYS分析及设计
引用本文:黄志强,李琴,刘德明,李国忠,任杰,张弭,相臻.气动刹车橡胶活塞膜ANSYS分析及设计[J].西南石油学院学报,2003,25(5):74-77.
作者姓名:黄志强  李琴  刘德明  李国忠  任杰  张弭  相臻
作者单位:[1]西南石油学院机电院学院,四川南充63700l [2]川油广汉宏华公司 [3]西南油气田分公司炼化事业部
基金项目:中国石油天然气集团公司创新基金项目 (部 40 6)
摘    要:根据钻井工艺对钻机气动刹车橡胶活塞膜性能的要求,应用有限元分析软件ANSYS分剐对其材料选择、形状设计、结构设计进行了分析研究,确定了气动刹车橡胶活塞膜的形状、结构和材料,并给出了新设计的橡胶活塞膜的三维实体模型。相应的对比试验结果表明,新设计的橡胶活塞膜使用寿命大大提高,试件的各项性能指标与ANSYS分析结果较为一致。

关 键 词:气动刹车  橡胶活塞膜  有限元分析  设计
文章编号:1000-2634(2003)05-0074-04
修稿时间:2003年1月13日

Analysis and Design with Fem for Rubber Piston Membrane Used in Pneumatic Brakes
HUANG Zhi,qiang.Analysis and Design with Fem for Rubber Piston Membrane Used in Pneumatic Brakes[J].Journal of Southwest Petroleum Institute,2003,25(5):74-77.
Authors:HUANG Zhi  qiang
Abstract:According to the requirement of performance of the rubber piston membrane of pneumatic brakes in drilling well technology, with the finite element analysis(FEM) software ANSYS to study material selection, the profile and structure design, respectively, 3 D model of newly designed rubber piston membrane , such aspects as form, structure, and material of the rubber piston membrane of pneumatics brakes were definite, and 3 D model of newly designed rubber piston membrane was given . The corresponding contrastive experiment indicated that the service life of newly designed rubber piston membrane was improved greatly and each term of the performance of test piece in concert with the result drawn by FEM software.
Keywords:pneumatic brakes  rubber piston membrane  FEM  design  
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