![]() ![]() ![]() Pressure vessels are used for wide variety of industrial applications such as in thermal and nuclear power plants, petrochemical refineries, process and chemical industry. The pressure source can be pump, compressor, fluid head etc. Pressure Vessels are the reservoir of fluids at pressure more or less than ambient, internal or external. Keywords: ASME, FEA, Pressure vessel design, Saddle support, Torispherical, Zicks analysis. The applicability of various types of heads is also evaluated. Different graphs are plotted to study the variation of internal pressure and diameter of shell. Further the study in the variation of effective parameters in design of pressure vessel is done. The preferred method to conduct the analysis is finite element method. ![]() To validate the design result the pressure vessel is modelled and analysed in ABAQUS. Various components of the pressure vessel are designed by calculating the appropriate design factors like thickness of the shell, head, stress analysis etc. In this research, the design of a pressure vessel is carried out using ASME Codes. ![]() Mayank Nirbhay1, Prashant Tripathi2, Vivek Kumar Gupta3ฤก,2,3 M.Tech(Design) Student, Mechanical Engineering, School of Engineering, Gautam Buddha University, Gr. Implementation of ASME Codes to Design A Pressure Vessel and Toexplore the Influence of Various Design Parameters ![]()
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