Adding Ni as filler material is one of the effective methods to restrain the cracks in laser-
welded joints of NiTi/stainless steel (SS), while the formation of Ni 3 Ti at the NiTi/Ni interface …

High-entropy alloy (HEA) offers great flexibility in materials design with 3–5 principal
elements and a range of unique advantages such as good microstructure stability …

Heat input is extremely important for achieving joints with high mechanical properties in
ferritic stainless steels. Thus, one of the objectives of this study is to show the effect of heat …

Reducing environmental impact while achieving desired processing performance is
increasingly sought after. Various welding processes are widely employed in advanced …

Welding processes play a significant role in many fabrication and manufacturing industries.
Among various welding processes that have been developed over the years, Gas Metal Arc …

In this study, AISI 904L super austenitic-AISI 317L austenitic stainless steel sheets were
successfully welded by laser welding method using six different heat inputs. Welded …

Laser welding of dissimilar A516 low carbon steel and duplex stainless steel was conducted
to evaluate the effect of fiber laser welding parameters (eg, laser power, welding speed …

The influence of laser shock peening (LSP) on the fretting corrosion (FC) resistance of cold
spray (CS) 316 L stainless steel (SS) was investigated. Results reveal that LSP allowed for …

This paper mainly studied the effects of high-power high-welding speed and low-power low-
welding speed on 316 L/GH909 dissimilar metals laser welding joints under the same linear …

In this investigation, the fabrication of functionally graded structures of SS316L to Ni-based
alloys were studied, using the novel technique 3D plasma metal deposition. Two Ni-based …