Aircraft gas turbine blades operate in aggressive, generally oxidizing, atmospheres. A solution to mitigate the degradation and improve the performance […]
Thermal spray metallic coatings usually present a lamellar structure with limited lamellar interface bonding due to inevitable oxidation involved. Such […]
In-flight heating process of powder particles in radio frequency (RF) thermal plasma have great importance for plasma spraying and spheroidization. […]
Cold spraying is an emerging additive manufacturing technology that can be used to repair metals and alloys. The adhesion strength […]
Thermal barrier coating system (TBCs) prepared using the Air plasma spray (APS) method are widely recognized as the most prevalent […]
In plasma spraying, H2 or N2 is commonly added to the primary Ar plasma which may increase the specific enthalpy, […]
Aluminum alloys (Al) produced by fusion-based additive manufacturing techniques exhibit limited strength due to undesirable grain growth, porosity, and thermal […]
This study focuses on understanding the crucial phenomenon of deposition stress during the splat formation of plasma-sprayed droplets, which is […]
Plasma spraying is characterized by high flexibility, but has challenges of high energy consumption and oxidation of the metallic spray […]
