将结构可靠性分析的验证荷载法应用于压力容器壳体研究设计，给出了具体方法及步骤。
The procedures of the test load method used for the reliability analysis of the pressure vessel shell are presented.
在压力容器设计中，为求得最低制造成本，常常对容器壳体进行优化设计。
The optimum design of shell surface structure is often used in pressure vessel manufacture to reduce the cost.
用于固体火箭发动机壳体和工业贮罐的纤维缠绕压力容器，爆破压强是重要的设计参数。
The burst pressure of filament wound pressure vessels which is applied to solid rocket motor case and gas tank in industry is an important design parameter.
反应压力容器的壳体，历来常常是用成型钢板焊接而成的，在美国和日本尤其如此。
The shell parts of reactor pressure vessels have been often fabricated with formed plates welded together, especially in USA and Japan.
反应堆压力容器包括顶盖、加肋管板，壳体(外壳和底部壳体)三部分。
The pressurized vessel of a nuclear reactor consists of three parts: the top cap, the ribbed tube-plate and the shells (the external shell and the bottom shell).
介绍在特殊夹层压力容器制造中对夹层壳体壁上进行开孔翻边热冲压成形的工艺技术。
This article describes a hot pressing formation technology to make flanged openings on special jacketed vessel shells.
本文压力容器几何非线性分析的结果表明铺层方向是影响纤维缠绕壳体强度的最大因素。
The results of geometrical nonlinear analysis show that the effect of layer orientation on the strength of fiber-winding case is the most significant factor.
本文将壳体理论应用到一定工作条件下的压力容器上。
The attempt of the present paper is to extend the application of the shell theory to the pressure vessel under a modified working condition.
本文将壳体理论应用到一定工作条件下的压力容器上。
The attempt of the present paper is to extend the application of the shell theory to the pressure vessel under a modified working condition.
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