Thermal Analysis of IC Engine Piston Using Finite Element Method

Abstract

In this study, first, and thermal analyzes are being investigated in the traditional diesel piston (uncut) Made design silicon aluminum alloy 1 and 2 design parameters. Second, the thermal analysis Made in the piston, coated with zirconium through the use of commercial law, namely ANSYS. And I investigated the effects of coating on the thermal behavior of the pistons. Finite element analysis is Programs using computer-aided design. The main objective is to achieve and analysis Thermal stress distribution of the piston in the event of an actual engine during the combustion process. To illustrate this thesis network optimization technique using the finite element analysis to predict the sensitive region of high pressure On race. In this work, the focus is on the study of the thermal behavior of functionally Classified coatings obtained through the use of commercial laws, aluminum and zirconium ANSYS Piston coated aluminum surfaces. This analysis is to reduce the pressure of the concentration of the upper limbs Any of the piston (piston ring / piston and Ras Tanura and how much). Using NX design / computer assisted Katia The software structural model developed piston. Moreover, finite element analysis Using computer simulation software with the help of ANSYS.