Modeling and Transient Thermal Analysis of the Ic Engine Exhaust Valve

Abstract

Internal combustion engines produce exhaust gases at high temperatures and pressures as well. These hot gases also pass through the exhaust valve, and the temperature valve, the valve seat, the power increase. To avoid any damage to the Association of the exhaust valve, and the heat is transferred from the exhaust valve through the different parts, especially the inclusion of the valve seat during the cycle of opening and closing because contact each. In this article, it is of limited use element method for modeling the exhaust valve transient thermal analysis. They are obtained from the temperature distribution, heat and resulting pressure in both opening and closing. It conducts detailed analysis to estimate the boundary conditions of the internal combustion engine. The model includes the exhaust valve seat, manual, and spring. Analysis continues until the steady state of the state. In this study, ANSYS and works for modeling and analysis of the exhaust valve. It has been the development of a methodology for analyzing the thermal transient of the exhaust valve.