首页> 外文会议>ASME Biennial Conference on Engineering Systems Design and Analysis >FATIGUE LIFE IMPROVEMENT OF ANTIROLL BAR BRACKET USED IN HEAVY TRUCK SUSPENSION
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FATIGUE LIFE IMPROVEMENT OF ANTIROLL BAR BRACKET USED IN HEAVY TRUCK SUSPENSION

机译:在重型卡车悬架中使用的防罗拉支架的疲劳寿命改进

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Finite element analysis has been used widely in automotive industry to evaluate design alternatives. Especially when there is no prototype part for rig testing; CAE (Computer Aided Engineering) is the only tool to evaluate design whether it meets customer usage profile for the vehicles entire life. Antiroll bar bracket is used in heavy truck suspension which is mounted on the top of front axle & beneath the leaf spring squeezed with U bolts. Bracket has two attachment points for external loadings; antiroll bar & shock absorber. Modeling techniques used in finite element for stress analysis include assembly loads in addition to the external loads. Material & contact nonlinearities have been used for stress estimation. Alternative design is used to decrease stress level; and therefore increase fatigue life of the bracket. Rig testing has been used to determine fatigue life of bracket. Results for finite element & rig testing have been presented.
机译:有限元分析已广泛用于汽车工业,以评估设计替代品。特别是当没有用于钻机测试的原型部分时; CAE(计算机辅助工程)是唯一可以评估设计的工具,无论是否符合车辆整个寿命的客户使用配置文件。防罗拉支架用于重型卡车悬架,安装在带有U螺栓的外轴&下方的前轴和下方的顶部。支架有两个外部载荷附件;反罗拉和减震器。用于应力分析的有限元的建模技术包括除了外部负载之外的组装载荷。材料和接触非线性已用于应力估算。替代设计用于降低应力水平;因此增加了支架的疲劳寿命。钻机测试已被用于确定支架的疲劳寿命。提出了有限元和钻机测试的结果。

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