For a long period, better performance and reliability of the several engineering components
require corrosion resistance with high strength. Weld cladding is the best technique to …

In this article, Ni and Ni-BN-TiC layers were constructed using laser cladding technique
(LCT). The microstructure, phase structure, microhardness, elastic modulus, thermal stability …

To improve the wear resistance of low-carbon steel and gray cast iron, TiC/Fe-type
composite layers were fabricated using reactive casting coatings. The in situ synthesis …

One or both surfaces, which come in contact with a relative motion between them, can
experience material loss due to wear. This is a complex phenomenon involving several …

The purpose of hard layer coating is to establish a thin hard layer which is resilient enough
to prevent rapid deterioration whilst minimizing downtime and service subjected either to …

Abstract In this work, Ni/TiC composites were synthesized by the laser cladding technique
(LCT). A scanning electron microscope (SEM), X-ray diffractometer (XRD), microhardness …

This investigation presents the tribological performance of (Al2O3+ TiN)/Ti6Al4V cladding
deposited on AISI304 steel substrate by the tungsten inert gas (TIG) cladding approach. The …

In this study, pulse current electrodeposition (PC) was used to fabricate Ni-W-SiCthin films
on mild steel plates, by utilizing a Watts-type Ni liquid that contained SiC nano-particles …

The effects of pulse frequency on microstructure and properties of in-situ TiC reinforced Fe-
based tungsten argon arc layers were studied. The results showed that under the same heat …

In this study, mechanical and electrochemical performance of borided additively
manufactured (AM) and wrought 8620 low alloy steel were investigated and compared to …