Design of Gas Cylinder using Composite Material as per ASME Standards

S. Bandpatte, Khushal Shede, Rohit Chavan, N. Katkar, Balbheem Kamanna, Bibin Jose
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引用次数: 2

Abstract

A gas cylinder or tank is a pressure vessel used to store gases at above atmospheric pressure. Many pressure vessels are made of carbon steels these material results in increase in weight and transportation cost. The Literature survey shows that gas cylinders fails due to corrosion and difficult to transporting. In this Project work, the aim is to design a gas cylinder as per ASME standards using composite material which can be used for our day today life. Solidworks 2015 is used for 3D modelling of the cylinder and Finite Element Analysis is used to test the performance of the cylinder made of composite material and compare with Cylinder made of Steel. The results shows that stress induced in the both cylinder is nearly equal but composite cylinders results in height amount of weight saving and corrosion resistance and also decrease the transportation cost.
按ASME标准设计复合材料气瓶
气瓶或气罐是一种压力容器,用于储存高于大气压力的气体。许多压力容器是由碳钢制成的,这些材料增加了重量和运输成本。文献调查表明,气瓶失效的原因是腐蚀和运输困难。在这个项目的工作中,目的是设计一个符合ASME标准的气瓶,使用复合材料,可以用于我们今天的生活。利用Solidworks 2015对筒体进行三维建模,利用有限元分析对复合材料筒体的性能进行测试,并与钢制筒体进行比较。结果表明,两种复合气瓶所产生的应力几乎相等,但复合气瓶的减高、减重、耐腐蚀和运输成本均有所降低。
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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