Thermal and Structural Analysis of Cylindrical Fins with Various Materials

One of the essential components of a car that is exposed to high heat strains and abrupt temperature swings in the engine cylinder is the cylinder fin. The cylinder's fins are positioned to aid in cooling and hasten heat transport. Knowing how much heat is dissipated by using thermal imaging inside the engine cylinder, the study of the cylinder fins is useful. This project aims to use air, an unseen working fluid, to accelerate the pace at which heat is dissipated. It is quite difficult to design an engine this large and complex since a larger surface area would accelerate the rate of heat dissipation. These cooling fins primarily take any air to cool the engine cylinders. The transient thermal behavior of piston bore fins has been predicted using a parametric model. The 3D modeling programme Pro/Engineer is used to construct the parametric model. The fins are subjected to thermal analysis to evaluate how temperature distribution has changed. Ansys is used to do the analysis. Analyses are carried out using various materials. The results reveal that the aluminum alloy 6082 is preferable since it has a higher thermal flux than the other two materials and a lower weight.