Magnesium alloys are one of the most promising lightweight structural materials. However,
the poor corrosion and wear resistance restrain their further application. As a kind of surface …

Laser cladding is a promising photon-based surface engineering technique broadly utilized
for fabricating harder and wear resistant composite coatings. In spite of excellent properties …

The evaporation and dilution of substrate seriously limit the performance of laser cladding
coatings on magnesium alloys. In order to overcome the above shortcomings, a multi-step …

The preparation of amorphous matrix composite coatings by laser cladding is a applicable
approach to improve the surface properties of Mg and Mg alloys. Rare earth elements …

In this study, Ti-based composite coatings reinforced with TiC/Ti 2 Ni were fabricated on
Ti811 titanium alloy surfaces by laser cladding TC4+ Ni60 mixed powders with different CeO …

The bottleneck challenge of preparing laser cladded coating on Mg-Li alloys is the
evaporation and dilution of substrate, which seriously affect the performance of coatings. In …

Biodegradable implants from magnesium (Mg) alloys have emerged in the biomedical field
especially in the orthopedic and cardiovascular stent applications owing to their low density …

In this paper, the effect of rare earth oxide additive on coating material deposited by laser
cladding process on various engineering materials has been discussed. The purpose of rare …

Metal additive manufacturing (AM), being a transformational technology with unique
capabilities, has received considerable attention from both industrial and academic sectors …

Y 2 O 3 particles act as nucleation sites in the additive manufacturing (AM) process of
titanium alloy, making its microstructure refined and homogeneous, which is very beneficial …