Discovery of the capacity of microwave energy to heat materials was a major milestone in
the history of technology and scientific research. This discovery led to the development of …

Microwave processing of materials has emerged as a new method for processing of a
variety of materials in the recent years. Microwaves have been used effectively with …

A microwave hybrid heating technique was applied to produce the NiCr-Mo-SiC composite
cladding on Titan-31. The developed claddings were tested for microstructural features …

A microwave hybrid heating technique has been employed to develop NiCr-Mo-SiC
composite cladding on titanium alloy (Grade-5/Ti-6Al-4 V/Titan-31). The developed …

The impact of the addition of tungsten carbide (1 to 7 wt%) on the microstructure and wear
characteristics of the nickel–tungsten carbide composite layer fabricated by the plasma …

The realization of microwave's heating ability is a significant discovery in the history of
scientific research. The thermal ability of microwave has led to the invention of devices and …

In this work, we fabricate nanostructured, bimodal, and multimodal WC-10Co4Cr coatings
via two high velocity oxy-fuel (HVOF) systems and investigate the coatings' microstructure …

The present work examines the abrasive and the erosive wear performance of WC–12Co
microwave clads. Cladding of micrometric and nanometric WC–12Co powders was carried …

Processing of metallic materials using microwave energy has been a challenge. However,
exploiting the size factor of particles in these candidate materials opened up further …

This chapter presents an overview of the evolution and utilization of microwave claddings in
engineering applications. Nowadays, various coating and cladding techniques are …