Performance Investigation of Gudgeon Pin to Enhance the Competence

High temperature distribution over the internal combustion cylinder leads to the infringement of the contact with the piston to the connecting rod, in this project we have scrutinized the recital of the gudgeon pin to resist from the shear and wear along the bending deformation during the loading of the engine, here we were using diverse materials to improve the performance of the cotter pin hence the materials with high temperature conductivity & low weight ratio to withstanding propensity and structural potency will make a alternate for the commercial pin used now a days, by analysing the gudgeon pin we can see the results of shear stress, bending stress, contact stress, displacement and deformation due to the load distribution over the whole pin. The concept design were going to done in modelling software Solid works and analysis of stress and load will be done in ANSYS, this project mainly deals with stress, shear, load, contact, bending stress and Von Mises Hencky theory of failure analysis of the gudgeon pin by exploiting dissimilar materials.