Analysis and Implementation of Parametric model of a Piston rod

Abstract

Connecting rod is the power transmission element which is used to transfer power form piston to the crank shaft in Internal Combustion Engine (IC Engine).This paper describes modeling and evaluationof connecting rod. In this task connecting rod ischanged with the assistance of Aluminum strengthened with Boron carbidefor Suzuki GS150R motorbike. A second drawing isdrafted from the calculations. A parametric model ofconnecting rod is modeled making use of professional-E5.0 software. Analysis is carried out by way of utilizing ANSYSsoftware. Finite element analysis of connecting rod iscarried out by using considering two substances, viz. Aluminumreinforced with Boron Carbide and Aluminum 360.The first-rate combo of parameters like Von missesstress and pressure, Deformation, aspect of defense andweight discount for two wheeler piston have been performed inANSYS software. Compared to carbon steel,aluminum boron carbide and aluminum 360,Aluminum boron carbide is found to have workingelement of security is nearer to theoretical component ofsecurity, 33.17% to shrink the load, to expand thestiffness by way of 48.55% and to diminish the stressby10.35% and most stiffer.