Joining immiscible materials such as copper and stainless steel together is a significant
concern due to distinct mechanical and metallurgical properties across the joint line, such as …

We survey various state-of-the-art methods for welding magnesium alloys and steels using
different joint configurations. Microstructural characterizations indicate that four …

In this project, we present experimental laser welding of pure copper to stainless steel in the
presence of beam oscillation. The microstructure, element distribution and mechanical …

In this research project, pure copper and stainless steel were joined using laser beam
welding in the presence of an alternating magnetic field. The microstructure, element …

The inductive thermal method of welding has been used for heating metals most commonly
by all the industries. This method of heating is actually a very efficient means of treating high …

Common welding processes that are used for cladding causes dilution and therefore, there
is a need to explore new processes of cladding. In this work, friction stir welding process has …

Welding of dissimilar metals like copper and 304L steel which is very difficult to achieve, was
successfully carried out by induction welding in partial vacuum condition. Microstructural …

Cu/steel composites have the advantages of low cost and high heat dissipation
performance, which make them ideal materials for applications in the industrial heat …

The welding process of dissimilar metals, with distinct chemical, physical, thermal, and
structural properties, needs to be studied and treated with special attention. The main …

An experimental endeavor was made to determine suitable tool geometry and ideal values
of travel speed, tilt angle, pin offset distance for fabricating 5mm thick dissimilar AISI 1010 …