Design and static structural analysis of flange coupling by using Alloy steel

Logeswaran P; Srinivasaperumal L; Divyadharshini I; Abuthahir S; Santhosh Kumar S

Design and static structural analysis of flange coupling by using Alloy steel

Authors
Logeswaran P, Srinivasaperumal L, Divyadharshini I, Abuthahir S, Santhosh Kumar S

Abstract
A coupling may be mechanical device that permanently joints two rotating shafts at specific speed. The most common application of coupling is joining of shafts of two separately built or purchased units so that a new machine can be formed. A coupling is used to join the output shaft of an engine to the input shaft of any work. A 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 keeps going for long time whenever planned and looked after appropriately. The current investigation of this paper is to the most extreme pressure by choosing a reasonable material for flange coupling. We choose for design criteria CatiaV5R20 and analyze the work is ANSYS Workbench, with static structural load conditions and determined outcomes like deformation and stress values.

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