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Thermo-structural fatigue analysis of shell and tube type heat exchanger

机译:壳体型热交换器的热结构疲劳分析

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摘要

Increased demand of alternative fuels, need of high pressure and temperature vessels for petroleum refineries, chemical plants gave rise to the development in the pressure vessel technology from last few decades. Many advancements in the field of pressure vessel engineering such as fracture mechanics, fatigue and creep process understanding, new material grades & composite materials, welding techniques such as explosion welding and various finite element analysis techniques like thermal coupled structural, transient thermal, dynamic simulations like response spectrum and nonlinear buckling which accurately assessing the stresses encountered in pressure vessels are developed.
机译:替代燃料的需求增加,需要高压和高压容器的石油炼油厂,化学厂从过去几十年来看了压力容器技术的发展。 压力容器工程领域的推进,如骨折力学,疲劳和蠕变过程理解,新材料等级和复合材料,焊接技术,如爆炸焊接等各种有限元分析技术,如热耦合结构,瞬态热,动态模拟等 开发了响应谱和非线性屈曲,精确评估压力容器中遇到的应力。

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