This article presents a comprehensive literature study showing contemporary industrial
applications of laser processing of materials in the area of surface engineering. Laser …

Reported works on laser alloyed steels have been reviewed. The premature failure of
engineering steels when employed in harsh working conditions is due to low hardness, poor …

Surface hardening of mild steel with Al-Sn is characterized by the traditional phases,
whereas the presence of Al leads to coatings constituted by phase in the inner layers and by …

With the development of laser surface modification techniques like direct laser metal
deposition (DLMD), titanium alloy (TI6Al4V) may now have its entire base metal …

Purpose: The purpose of the paper is to present the main results of own research in 3
principal aspects indicating that the research is up to date and modern. This relates to …

Surface deterioration by corrosion is one of the complications associated with ageing
facilities and components especially under some service environments. This study was …

This work examines the characterization and corrosion behaviour of laser alloyed
UNSG10150 steel with three different premixed composition Zn-Sn binary powders using a …

The deterioration of materials during industrial application poses a serious threat to the
materials structural integrity. A material's susceptibility to wear and surface damage can be …

Aluminium and its alloys have been successful metal materials used for many applications
like commodity roles, automotive and vital structural components in aircrafts. A substantial …

Laser surface alloying (LSA) is a material processing technique that utilizes the high power
density available from defocused laser beam to melt both reinforcement powders and a part …