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Analysis and Computation of Taper Leaf Spring Based on FE Contact Analysis

机译:基于FE接触分析的锥形叶弹簧分析与计算

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摘要

The traditional analysis of the leaf spring just implemented a simplified mechanical model without considering the friction between the leaf springs. In order to do better in designing the leaf spring with variable cross sections, this paper firstly constructed the parameterized model of the taper leaf spring, and then applied the contact theory to add contact element to simulate the friction between the leaf springs in the FE analysis. After these steps, the assembly of the prestressed, the stiffness, the damping ratio and the fatigue life of the leaf spring could be achieved. It shows that the analysis and computation of taper leaf spring based on FE contact analysis can reflect the actual situation more comprehensively after comparing the results with those calculated with traditional way and those recommended by industry.
机译:在不考虑叶子弹簧之间的摩擦,叶弹簧的传统分析刚刚实施了简化的机械模型。为了在设计具有可变横截面的叶子弹簧时,本文首先构建了锥形叶片弹簧的参数化模型,然后施加了接触理论以添加接触元件以模拟Fe分析中的叶片弹簧之间的摩擦力。在这些步骤之后,可以实现预应力的组装,刚度,阻尼比和叶弹簧的疲劳寿命。结果表明,基于Fe接触分析的锥形叶片弹簧的分析和计算可以在将结果与传统方式计算的结果与行业推荐的结果进行比较后更全面地反映实际情况。

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