thermal spraying


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thermal spraying

[′thər·məl ′sprā·iŋ]
(metallurgy)
Spraying finely divided particles of powder or droplets of atomized metal wire or rod for coating a substrate.
References in periodicals archive ?
Component Repair Using HVOF Thermal Spraying. Journal of Materials Processing Technology, 92-93: 203-208.
(3.) Bobzin, K, Ernst, F., Richardt, K, Schlaefer, T, Verpoort, C., and Flores, G., "Thermal spraying of cylinder bores with the Plasma Transferred Wire Arc process," Surface & Coatings Technology 202 (2008) 4438-4443
Finite Element Simulation of thermal spraying process plays an important role as we can decide the optimum material to be coated on substrate.
Their topics include metal matrix composites for thermal management, recent research and developments on the mechanical behavior of metal matrix composites reinforced with carbon nanotubes, the microstructure formation of particle-reinforced metal matrix composite coatings produced by thermal spraying, machining aluminum/silicon-carbon metal matrix composites, and applying the response surface method and desirability function to optimize machining parameters of hybrid metal matrix composites.
Metal or thermal spraying is a technology, which protects or extends the life of a wide variety of structures in the most hostile environments and in situations where coatings are vital for safety and performance.
Thermal spraying encompasses a group of processes used to apply metallic, ceramic, cermet, and some polymeric coatings for a broad range of applications.
This article described "the two different process application and quality control aspects of zinc for corrosion control." However, the article does not mention the use of thermal spraying (metalizing) as an application method for zinc coatings.
Plasma spray coating is a typical thermal spraying process that combines particle melting, quenching, and consolidation in a single operation.
* It was presented a new concept of merging the layer deposited by thermal spraying using a W.I.G.
This volume is intended by Pawlowski (Ecole Nationale Superiure de Chimie de Lille, France) to serve as a complete description of the technology of thermal spraying of use to a broad range of readers from highly-trained researchers and engineers to entrepreneurs.
In a previous paper it has been shown that the polycrystalline phases of such alloys undergo a transformation i-phase during thermal spraying. (18) Such transformation has been attributed to the rapid quenching action associated with the thermal spraying process.