首页> 外文会议>ASME(American Society of Mechanical Engineers) Pressure Vessels and Piping Conference vol.3: Design and Analysis; 20050717-21; Denver,CO(US) >TRIAXIAL STRESS ANALYSIS OF CYLINDRICAL PRESSURE VESSELS COMPOSED OF TWO LAYERS OF ORTHOTROPIC ELASTO-PLASTIC MATERIALS
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TRIAXIAL STRESS ANALYSIS OF CYLINDRICAL PRESSURE VESSELS COMPOSED OF TWO LAYERS OF ORTHOTROPIC ELASTO-PLASTIC MATERIALS

机译:两层正交各向异性弹塑性材料组成的圆柱压力容器的三轴应力分析

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摘要

A triaxial stress analysis method for pressure vessels composed of two layers of orthotropic elasto-plastic materials is presented. The validity of the formulation and the corresponding computer program is examined by comparing the results of the program with the numerical results of a finite-element analysis. A simulation of the self-constriction process is also performed for a pressure vessel composed of an inner layer of aluminum alloy (A6061BE-T6) and an outer layer of fiber-reinforced plastic (FRP).
机译:提出了一种由两层正交各向异性弹塑性材料组成的压力容器的三轴应力分析方法。通过将程序结果与有限元分析的数值结果进行比较,可以检查配方和相应计算机程序的有效性。还对由铝合金内层(A6061BE-T6)和纤维增强塑料(FRP)的外层组成的压力容器进行了自收缩过程的模拟。

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