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Analysis of the impact of temperature load on the state of stress in a bolted flange connection

机译:温度负荷对螺栓法兰连接中应力状态的影响分析

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Modelling and calculations of a bolted flange connection located under elevated temperature conditions are presented. Analysis of forces acting on the bolt and the joined elements on the basis of analytical formulas and using the finite element method (FEM) is performed. In the case of theoretical calculations the recommendations given in books on the fundamentals of machine design are applied. For a case of numerical calculations a simplified model of the bolt is used. The obtained results of calculations are checked in terms of fulfilment of the adopted strength criterion associated with acceptable thermal stress in the bolt. Selected results of simulation studies of the connection FEM-model in the form of temperature distribution in the model are shown. On the basis of the comparison of the theoretical and numerical analyses results, the usefulness of the simplified bolt model for calculations of forces in the bolts in flange connections under elevated temperature conditions is determined.
机译:介绍了位于高温条件下的螺栓凸缘连接的建模与计算。进行作用于螺栓和分析公式的基础上,加入的元素,并使用有限元法(FEM)的力的分析。在理论计算的情况下,应用了机器设计基础知识中给出的建议。对于数值计算的情况,使用螺栓的简化模型。在实现与螺栓中可接受的热应力相关的所采用的强度标准方面,检查所获得的计算结果。显示了模型温度分布形式的连接FEM模型的所选结果。在理论和数值分析结果的比较的基础上,用于在升高的温度条件下法兰连接螺栓力的计算简化螺栓模型的有用性被确定。

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