Considerable as well as thriving demand and challenges of transportation industry such as
cost cutting measures, new environmental conservation regulations and the impressive …

This review paper discusses the recent research work carried out in the frictional joining of
dissimilar and similar alloys through the friction welding (FW) process with various …

Friction welding (FRW) is a promising method for joining cylindrical components of dissimilar
and similar polymers or metals. In particular, FRW is capable of generating defect-free …

Joining of dissimilar alloys is demanded industrial applications and is effectively possible
with the friction welding (FW) process. In this work, SS304L alloy rods were electroplated …

Joining of ceramics to metals provide timeless challenges in nuclear engineering industries.
There is a pressing need for developing a suitable technique for joining silicon carbide …

Fibre metal laminates are hybrid composite materials built up from interlacing layersof thin
metals and fibre reinforced adhesives. The FML are used in wide range in aerospace …

Friction welding (FW) FW of dissimilar polymer rods is capable of manufacturing green
products swiftly and economically. In this study, a green manufacturing technique of joining …

Aluminium-based fibre–metal laminates are lucrative candidates for aerospace
manufacturers since they are lightweight and high-strength materials. The flower extract of …

Friction stud welding, a recent variant of friction welding process, is ideally suited for naval
applications, short-term emergency repairs, submarine rescue, aerospace applications and …

Friction taper plug welding a variant of friction welding is useful in welding of similar and
dissimilar materials. It could be used for joining of composites to metals in sophisticated …