Paper Contents
Abstract
A Coupling is a gadget which is answerable for the employable force transmission between two shafts turning at specific RPM. Coupling is utilized to interface two unique shafts at their end and can slip or come up short contingent on as far as possible. It is the essential piece of any force transmission and may keep going for long time whenever planned and looked after appropriately. In this project The Finite Element Analysis has been done of the Rigid Flange Coupling to check the stress behavior of the Different parts of the rigid flange coupling With respect to different materials and different designs of the flanges. In this regard, a model of the flange coupling has been prepared in CATIA V5 R21 software. For performing FEM analysis the Ansys software is used. In Ansys 2022 R1 software we had provided the engineering data into the software and then model have been imported. And then some boundary conditions have applied to get the particular solutions. So to check the stress behavior of coupling firstly EN8 and C40 material have been assigned to that particular flange coupling and points of failure had been noted accordingly. Secondly, EN24 and C45 material in fact, a better one which would withstand more amount of stress have been assigned and failure results had been noted again. Also different designs of flanges used for analysis. Finally, from the results obtained comparison have been done between the results and suggestions are prescribed.
Copyright
Copyright © 2023 Vivek. This is an open access article distributed under the Creative Commons Attribution License.
