文章摘要
赵鹏,丁玉梅,阎惠,杨卫民.胎面花纹对轮胎性能影响的仿真研究[J].轮胎工业,2012,(11):656-660 本文二维码信息
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胎面花纹对轮胎性能影响的仿真研究
Simulation Study on Influence of Tread Pattern on Tire Performance
  
DOI:
中文关键词: 轮胎  花纹  静负荷  稳态滚动  侧偏滚动  有限元分析
英文关键词: tire  tread pattern  static load  steady rolling  cornering rolling  finite element analysis
基金项目:
中图分类号:TQ336.1;O241.82
作者单位
赵鹏 北京化工大学 机电工程学院轮胎设计与制造工艺国家工程实验室 
丁玉梅 北京化工大学 机电工程学院轮胎设计与制造工艺国家工程实验室 
阎惠 北京化工大学 机电工程学院轮胎设计与制造工艺国家工程实验室 
杨卫民 北京化工大学 机电工程学院轮胎设计与制造工艺国家工程实验室 
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中文摘要:
      以ABAQUS有限元软件为平台,建立光面轮胎、周向沟槽轮胎和花纹轮胎的三维有限元模型,分析3种轮胎不同工况下的应力分布。结果表明:静负荷下3种轮胎等效应力分布基本相同,带束层端部受力最大,花纹轮胎整体应力水平最高,光面轮胎最低,但光面轮胎第1带束层应力较高;在静负荷、稳态滚动和侧偏滚动状态下,光面轮胎高应力区均在胎肩部位,而周向沟槽轮胎和花纹轮胎在静负荷和稳态滚动状态下高应力区主要分布在胎肩和胎面中心部位,侧偏滚动状态下在中心沟槽的边缘。
英文摘要:
      The finite element models for tires with smooth tread,longitudinal grooved tread and regular patterned tread were established by using ABAQUS software,respectively,and the stress distribution of the three tires in different conditions were analyzed.The results showed that,in static load condition,the Von-Mises stress distributions of three tires were similar,and the end of belt layer had the largest stress.The whole stress level of the tire with regular patterned tread was the highest while that of the tire with smooth tread was the lowest.However,the stress of 1st belt layer of the tire with smooth tread was quite high.Under static load,steady rolling or cornering rolling condition,the high stress areas of the tire with smooth tread were all in the tire shoulder.However,the high stress areas of longitudinal grooved tire and patterned tire were distributed in the tire shoulder and the central part of tire crown in static load and steady rolling conditions;while the high stress concentrated on the edge of the groove in the middle part of the tire tread under cornering rolling condition.
Author NameAffiliation
ZHAO Peng Beijing University of Chemical TechnologyThe National Engineering Laboratory of Tire Design and Manufacturing Process 
DING Yu-mei Beijing University of Chemical TechnologyThe National Engineering Laboratory of Tire Design and Manufacturing Process 
YAN Hui Beijing University of Chemical TechnologyThe National Engineering Laboratory of Tire Design and Manufacturing Process 
YANG Wei-min Beijing University of Chemical TechnologyThe National Engineering Laboratory of Tire Design and Manufacturing Process 
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