摘要
针对微型隔膜泵尺寸和结构上的特殊性,建立简化的隔膜三维数值模型,运用有限元分析软件ANSYS对其进行结构非线性分析,同时建立简化的三维结构的隔膜腔及隔膜的数值模型,采用Workbench中的数据调用功能对其进行流固耦合瞬态分析,最后通过对比两组模拟结果,得出针对隔膜真实工况下最合理的数值模拟方法,从而指导隔膜的设计。
Abstract:In allusion to the specificity of size and structure in the micro diaphragm pump,a simplified three-dimensional symmetric finite element model of diaphragm was established,and laid bare the structural non-linear analysis by using the finite element analysis software ANSYS,while a simplified three-dimensional symmetrical structure whole finite element model of the diaphragm chamber and diaphragm was established and laid bare the analysis for fluid-solid coupling by using the function of date calling in Workbench.At last,in order to elicit a reasonable numerical simulation method,two sets of simulation results have been comparing,so as to guide reasonable diaphragm design.
作者
王成刚
游应强
孙宝坤
WANG Chenggang;YOU Yingqiang;SUN Baokun(School of Mechanical and Electrical Engineering,Wuhan University of Engineering,Wuhan 430205,China)
出处
《机械》
2018年第3期1-5,共5页
Machinery
基金
国家自然科学基金(50976080)
关键词
微型隔膜泵
橡胶隔膜
流固耦合
结构非线性分析
micro diaphragm pump
rubber diaphragm
fluid and solid interaction
structural non-linear analysis
