Simulation of the Pressure Vessel Saddle Thickness Effect to Stress Distribution

Krisdiyanto Krisdiyanto
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Abstract

Cylinder pressure vessel is a device that is used to process industry, power industry, oil industry, and gas industry. Structure of pressure vessel has complex design that is used to accommodate force, temperature, internal pressure loading, etc. Pressure vessel loading is supported by two saddle. Loading pressure vessel is distributed to saddle as stress. Stress distribution can be checked by finite element software. Autodesk Inventor 2019 is a software that used finite element basic. This research aims to get the effect of pressure vessel saddle width to maximum stress at pressure vessel.
压力容器鞍座厚度对应力分布影响的仿真研究
钢瓶压力容器是加工工业、电力工业、石油工业、天然气工业中使用的一种设备。压力容器结构设计复杂,要适应力、温度、内压载荷等。压力容器负载由两个鞍座支撑。负载压力容器作为应力分布在鞍座上。应力分布可以通过有限元软件进行校核。Autodesk Inventor 2019是一款使用有限元基础的软件。研究了压力容器鞍座宽度对压力容器最大应力的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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