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AUTOMOTIVE INDUSTRY AND FATIGUE DESIGN

机译:汽车工业和疲劳设计

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The fatigue assessment of automotive parts is based on a reliability approach taking into account the variability of the car usage and the fabrication scatter.At the design stage, the service loading is processed using a cumulative damage method to provide a constant amplitude equivalent damage loading. The fatigue assessment calls for two types of fatigue criteria : high cycle fatigue criteria for components which are working in elasticity like chassis parts or crankshafts, specific tools are used for welded structures - low cycle fatigue criteria for component which may sustain inelastic strains such as cylinder heads or exhaust pipes. The methods used are illustrated with examples in the following.
机译:汽车零件的疲劳评估基于可靠性方法,其中考虑了汽车使用和制造分散性的可变性。 在设计阶段,使用累积损伤方法处理服务载荷,以提供恒定振幅的等效损伤载荷。疲劳评估要求两种类型的疲劳标准:底盘零件或曲轴等具有弹性的部件的高周疲劳标准,焊接结构使用专用工具-可能承受非弹性应变(例如圆柱体)的部件的低周疲劳标准头或排气管。下面通过示例说明所使用的方法。

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