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An Elastic-Plastic Analysis Approach for Pressure Vessel Design Based on Total Strain Theory (2nd Report, Application to Collapse and (Shakedown Analysis)

机译：基于总应变理论的压力容器设计的弹塑性分析方法（第2次报告，崩溃应用及（Shakedown分析）

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Teiji HAYAKAWA; Toshio YOSHIDA; Toshinobu OKAKU;
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年度 1979
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1. On Collapse Pressure for Pressure Vessel Components of Strain Hardening Materials (2nd Report, Applicability of Mechanical Definition on Plastic Collapse for Some Pressure Vessel Components and Practical Determination of Collapse Pressure) [J] . Teiji HAYAKAWA 日本機械学会論文集. A編 . 1998,第622期

机译：关于应变硬化材料的压力容器组件的塌陷压力（第二份报告，某些压力容器组件的塑性塌陷的力学定义的适用性和塌陷压力的实际确定）
2. An Inverse Analysis Approach to Identify the Elastic-Plastic Stress-Strain Relationship using a Nonlinear Sensitivity Analysis (2nd Report, Identification of Changing Material Properties in Inhomogeneous Materials) [J] . Hiroshi OKADA, Yasuyoshi FUKUI, Noriyoshi KUMAZAWA 日本機械学会論文集. A編 . 1999,第634期

机译：一种使用非线性灵敏度分析识别弹塑性应力-应变关系的逆分析方法（第二份报告，识别不均匀材料中变化的材料特性）
3. On Collapse Pressure for Pressure Vessel Components of Strain Hardening Materials (1st Report, Mechanical Definition on Plastic Collapse for Tori--Spherical Head under Internal Pressure) [J] . Teiji HAYAKAWA 日本機械学会論文集. A編 . 1998,第622期

机译：关于应变硬化材料的压力容器组件的崩塌压力（第一份报告，内压下托里－球形头塑性塌陷的力学定义）
4. APPLICATIONS OF ITERATIVE ELASTIC TECHNIQUES FOR ELASTIC-PLASTIC ANALYSIS OF PRESSURE VESSELS [C] . Ahmed I. Mohamed, Laila S. Bayoumi, Mohamed M. Megahed, ASME/JSME joint pressure vessels and piping conference . 1998

机译：迭代弹性技术在压力容器弹塑性分析中的应用
5. Design, analysis, manufacture, and test of composite pressure vessels and finite element analysis of metallic frame for deep ocean underwater vehicle applications. [D] . Yousefpour, Ali. 2000

机译：用于深海水下航行器应用的复合压力容器的设计，分析，制造和测试以及金属框架的有限元分析。
6. Collapse Pressure Analysis of Transversely Isotropic Thick-Walled Cylinder Using Lebesgue Strain Measure and Transition Theory [O] . A. K. Aggarwal, Richa Sharma, Sanjeev Sharma -1

机译：横观各向同性厚壁圆筒的倒塌压力分析-基于Lebesgue应变测量和过渡理论
7. An Elastic-Plastic Analysis Approach for Pressure Vessel Design Based on Total Strain Theory (1st Report, Analysis Method and Verification for Practical Use) [O] . Teiji HAYAKAWA, Toshio YOSHIDA, Toshinobu OKAKU 1979

机译：基于总应变理论的压力容器设计的弹塑性分析方法（第一次报告，分析方法和实际使用验证）
8. Elastic-Plastic Analysis of Open-End, Transversely-Isotropic Tubes under Internal Pressure. Part II: Strain Solution by Flow Theory [R] . Chen, P. C. T. 1970

机译：内压下开口，横向各向同性管的弹塑性分析。第二部分：流动理论的应变解

An Elastic-Plastic Analysis Approach for Pressure Vessel Design Based on Total Strain Theory (2nd Report, Application to Collapse and (Shakedown Analysis)

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