Main Article Content

Abstract

The different welding of dissimilar material combinations such as Al 6061 – Al 6063 is very important. As some of these weld combinations are used in very critical applications such as aerospace, nuclear power plants, cryogenics, rocket fuel systems, electrical and automotive applications. Therefore, the weld strength and its interface properties are extremely important. The failure of these parts can lead to huge losses. The TIG, MIG, ARC, FSW welding of these dissimilar materials is more complicated compared to similar materials due to differences in physical, mechanical, chemical and thermal properties. The recent works metal joining process will be very challenging in this process in dissimilar states. The research fully concentrated on dissimilar joining process in two different alloyed grated materials in this causes AL 6061, and AL6063 respectively. This application of the FSW process is joining process considering in different speed and feed optimization of this study of works will be compared with numerically analyses in this functionally predetermined to inspect values and determine values optioned from the experimentation of this works. This advanced system analyses in this COMSOL 4.5 promises in melting zone and destruction of works.

Article Details

How to Cite
S.Muruganantham, M.Srimilan, A.S.Dineshkumar, R.Gobinath, & P.Jagankumar. (2018). Experimental analysis and simulation of thermal field dispersal during welding of dissimilar material . International Journal of Intellectual Advancements and Research in Engineering Computations, 6(1), 567–572. Retrieved from https://ijiarec.com/ijiarec/article/view/506