文章摘要
Effect of Shape Factor on Vertical Compression Properties of EPDM Laminated Bearings
Received:September 23, 2022  Revised:September 23, 2022
DOI：10.12136/j.issn.1000-890X.2023.10.0808
Key Words: EPDM；laminated bearing；shape factor；compression performance；finite element analysis
Author NameAffiliationE-mail
HOU Lanjie Henan University of Technology zhuxiaowei1989@126.com 
ZHU Xiaowei* Henan University of Technology zhuxiaowei1989@126. com 
TANG Changyu Chengdu Development Center of Science and Technology，China Academy of Engineer Physics  
JIANG Qi Sichuan Highland Engineering Design Consulting Co.，Ltd  
CHEN Yongqian Chengdu Development Center of Science and Technology，China Academy of Engineer Physics  
LIANG Zhu Beijing Xinfeng Aerospace Equipment Co.，Ltd  
Hits: 746
Download times: 1568
Abstract:
      The influence of geometrical parameters on the vertical compression performance of the ethylene-propylene-diene rubber（EPDM） laminated bearing was studied by finite element analysis method.The results showed that when the shape factor（S） was 7，7.5，and 8.17，the error between the calculated value and the theoretical value of compressive elastic modulus of the EPDM laminated bearing was greater than the standard limit value（20%）.When S＞8.17，the error was less than the standard limit，and as S increased，the error decreased overall.Under the maximum design compressive stress（10 MPa），the vertical compressive displacement of the EPDM laminated bearing was less than the standard limit，and the ratio of the vertical compression displacement to its limit value gradually decreased with the increase of S.The vertical compression performance of the EPDM laminated bearing was good，which was consistent with that of traditional natural rubber and chloroprene rubber laminated bearings，and could meet actual engineering requirements.
View Full Text   View/Add Comment  Download reader
Close