Deformation and Shear Stress Analysis of Torsional Rod Used in Automobile in Various Materials Using Solidworks and Ansys: A Review

Abstract

Abstract: Deformation and shear stress analysis are pivotal considerations in the design and performance evaluation of mechanical components, particularly in the automobile industry. The behaviour of torsional rods, critical load-bearing elements in many automotive systems, necessitates meticulous assessment to ensure optimal functionality and longevity. This review delves into the comprehensive study of deformation and shear stress analysis of torsional rods employed in automobiles. The investigation harnesses the capabilities of two industry-standard simulation tools, SolidWorks and ANSYS, to explore a spectrum of materials commonly used in automotive engineering. The juxtaposition of SolidWorks and ANSYS serves as a comprehensive approach to examining the behaviour of torsional rods across various materials, offering valuable insights for both researchers and practitioners. Through illustrative case studies and comparative analyses, this review sheds light on the unique attributes of different materials and simulation platforms, contributing to the advancement of automotive component design and analysis methodologies. Based on previous research the objective of this review paper is “Deformation and Static Stress Analysis of Torsional Rod Using Various Materials” Based on previous research the objective of this review paper is “Deformation and Shear Stress Analysis of Torsional Rod Using Various Materials”