Friction welding is now well established as one of the most economical and highly
productive methods in joining similar and dissimilar metals. It is widely used in automotive …

In the current work, quadratic mathematical models at a 95% confidence level were
developed to predict the optimum value of output responses such as the tensile strength …

In the current research, the influence of multi-pass of friction stir welding and SiC
microparticles on the tensile strength, microhardness, and% strain of dissimilar reinforced …

Welding of heat-treated AA6061-T6 often results in mechanical and wear properties
deterioration because of the dissolution of the strengthening precipitates at the joint …

In this paper, the recent progress in friction welding of alumina along with its various
composites to metals is thoroughly investigated and compared. Among the existing methods …

In the present study, the fabrication of dissimilar composite joints of AA6061/AA7075
incorporated with micro-sized Al2O3 particles was carried out using friction stir welding. The …

Joining of dissimilar metals has various automotive, aerospace, nuclear, chemical, and
cryogenic applications. The present study focuses on friction stud welding of aluminum and …

In the current work, SiC particles-based friction stir welded composite joints of AA7075 and
AA6061 were developed. The effects of processing variables (rotating speed, transverse …

Dissimilar friction welding between titanium and 304 austenitic stainless steel with aluminum
as insert layer was examined to amend the joint properties and interface characteristics. To …

In recent years, the continuous demand for dissimilar joining combination of various
materials increasing in manufacturing sector for various applications such as power plants …