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首页> 外文期刊>International Journal of Engineering Science and Technology >ANALYSIS OF COMPOSITE LEAF SPRING BY USING ANALYTICAL & FEA
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ANALYSIS OF COMPOSITE LEAF SPRING BY USING ANALYTICAL & FEA

机译:解析和有限元分析复合材料叶片的弹簧

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摘要

Leaf spring are of the oldest suspension component they are still frequently used. The current leaf spring is multiple leaf spring types with a steel material. It has high weight, low natural frequency, high corrosion, more noise. Therefore current multiple leaf spring is replaced by mono composite (E- Glass epoxy) leaf spring which has high natural frequency, low weight etc. The maximum stress produced at the cylindrically joint than fixed joint. Therefore stress analysis of composite material mono leaf spring is carried out. The result of finite element method is verified with analytical calculation. Also compare the natural frequency by FFT analyzer with FEA.
机译:片簧是最古老的悬架组件,它们仍然经常使用。当前的板簧是具有钢材料的多种板簧类型。它具有高重量,低固有频率,高腐蚀,更多噪音的特点。因此,当前的多板簧被固有频率高,重量轻等的单复合材料(E-玻璃环氧)板簧所取代。在圆柱接头上产生的最大应力比固定接头更大。因此对复合材料单片弹簧进行了应力分析。有限元法的结果通过解析计算得到了验证。还将FFT分析仪的固有频率与FEA进行比较。

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