In this work, alloys from the hypoeutectic iron-rich region of the iron–carbon–boron (Fe–C–
B) system were investigated with respect to the solidification and the phase formation …

The phase development in the coatings formed by detonation spraying of titanium in a wide
range of compositions of the spraying atmosphere is reported. The phase composition of the …

Thermally sprayed Fe-based coatings reinforced by TiC particles are a cost-effective
alternative to carbide coatings such as WC/CoCr, Cr 3 C 2/NiCr, and hard chrome coatings …

Owing to its reflectivity, Copper manufacturing has always been challenging through laser-
based additive manufacturing. In this study, we demonstrate additive/bulk manufacturing of …

In this work, the effect of oxygen flow variation in the corrosion behavior of Ni-based WC/Co
coatings deposited by spray and fuse process was investigated. The coatings were …

Abrasion and corrosion resistant steel has attracted considerable interest for industrial
application as a means of minimising the costs associated with product/component failures …

In this study, we have demonstrated an innovative single-step, low-cost approach for
producing a hybrid layered steel surface with superior properties using waste as the …

It is usually not economically feasible to utilize conventional sorting and recycling
techniques to treat complex industrial waste due to the heterogeneous nature thereof and …

This chapter is concerned with the microstructure development of particlereinforced metal
matrix composite (MMC) coatings produced by thermal spraying. The features of thermal …

Fe based TiB2 composite coating was in situ synthesised by plasma transferred arc
cladding. The microstructure and microhardness of the composite coating were investigated …