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Integrated structural analysis tool using the Linear Matching Method part 2-Application and verification

机译:使用线性匹配方法第2部分应用和验证的集成结构分析工具

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In an accompanying paper, a new integrated structural analysis tool using the Linear Matching Method framework for the assessment of design limits in plasticity including load carrying capacity, shakedown limit, ratchet limit and steady state cyclic response of structures was developed using Abaqus CAE plug-ins with graphical user interfaces. In the present paper, a demonstration of the use of this new Linear Matching Method analysis tool is provided. A header branch pipe in a typical advanced gas-cooled reactor power plant is analysed as a worked example of the current demonstration and verification of the Linear Matching Method tool within the context of an R5 assessment. The detailed shakedown analysis, steady state cycle and ratchet analysis are carried out for the chosen header branch pipe. The comparisons of the Linear Matching Method solutions with results based on the R5 procedure and step-by-step elastic plastic finite element analysis verify the accuracy, convenience and efficiency of this new integrated Linear Matching Method structural analysis tool. (C) 2014 Elsevier Ltd. All rights reserved.
机译:在伴随的论文中,使用ABAQUS CAE插件开发了一种用于评估包括负载承载能力,Shakedlown,棘轮限制和结构的塑性的可塑性的线性匹配方法框架的新集成结构分析工具使用图形用户界面。在本文中,提供了使用这种新的线性匹配方法分析工具的使用。在R5评估的背景下,分析了典型的高级气体冷却反应堆电厂中的销钉分支管作为当前演示和验证线性匹配方法工具的工作示例。为所选的集管分支管道进行详细的Shakedown分析,稳态循环和棘轮分析。基于R5程序和逐步弹性塑料有限元分析的基于R5过程的线性匹配方法解决方案的比较验证了该新型集成线性匹配方法结构分析工具的精度,便利性和效率。 (c)2014年elestvier有限公司保留所有权利。

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