Dissimilar metal welding is a significant metal joining process with an extensive application
in industrial domain. The quality of the welded joint is of critical importance in these …

This paper is an endeavor that reviews different methods used to join dissimilar metals-with
particular focus to reduce sharp changes in composition and properties of the metals being …

Continuous CO 2 laser welding of an Fe-Cu dissimilar couple in a butt-weld geometry at
different process conditions is studied. The process conditions are varied to identify and …

Dissimilar metal welding of AISI 304 stainless steel (304 SS) and commercially pure copper
(CP copper) has been taken up to understand the influence of the different fusion welding …

Studies on solidification of equiatomic multi-component alloys are essential in developing
melt-route processing of high entropy alloys. The extent of undercooling during processing …

A three-dimensional transient model to solve heat transfer, fluid flow, and species
conservation during laser welding of dissimilar metals is presented. The model is based on …

The aim of the present study is to show the influence of different input parameters such as
welding current, arc voltage and root gap on the mechanical properties during the Metal …

The dissimilar joining of stainless steel (AISI 304SS) and commercially pure copper was
carried out with an innovative pulsed gas tungsten arc welding (P-GTAW) process without …

The purpose of this research study is to investigate the microstructural properties at Heat
Affected Zone (HAZ) using Scanning Electron Microscope and to analyze the strength of the …

Electrolytic tough pitch (ETP) copper is extensively used in the manufacturing of electrical
machines and automobiles. Compared with other pure coppers, ETP copper has lower …