Research Progress of Metals and Alloys by Thermal Layering and Deposition

doi:10.3390/books978-3-0365-7845-3

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Research Progress of Metals and Alloys by Thermal Layering and Deposition

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August 2023

240 pages

ISBN978-3-0365-7844-6 (Hardback)
ISBN978-3-0365-7845-3 (PDF)

https://doi.org/10.3390/books978-3-0365-7845-3

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This book is a reprint of the Special Issue Research Progress of Metals and Alloys by Thermal Layering and Deposition that was published in

Chemistry & Materials Science

Engineering

Summary

Today’s world demands unique and specific materials for precise engineering applications. If there exist limitations in changing or altering materials, then the only option is to improve the existing ones. This Special Issue of Coatings, “Research Progress in Thermal Layering and Deposition”, explores the various techniques related to surface coatings and similar surface modification techniques with a wealth of scientific and comparative results to better understand the current state of materials technology. The present volume also revels the opportunities and challenges associated with coatings techniques, and provides a futuristic approach to solutions.

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Hardback

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Keywords

graphene; ceramics; epoxy resin; elastic properties; vibration technique; Al359 alloy; friction stir processing; friction and wear; Si₃N₄; eggshell waste; composite structure; friction stir spot welding; dynamic parameters; static parameters; fuzzy logic control system; graphene; nanocomposite; nickel matrix coatings; titanium coating; electroless nickel coating; Ni-P electroless coating; microwave synthesis; transition metal dichalcogenide; graphitic carbon nitride; coatings; characterization; tribology; wear; steel substrate; Al6082; friction stir processing; chicken bone powder; walnut shell powder; rice husk powder; Taguchi’s L9 orthogonal array; optimization; tribology; ANOVA; transition metal dichalcogenide; graphitic carbon nitride; nanocomposites; liquid crystals; mesogenic-phase temperature ranges; lubricant additives; tribological property; n/a; interface reaction mechanism; Ni coating; microstructure; property; CMT; complex concentrated alloys; cold spray; adiabatic heating; solid-state coating; metallurgical bonding; mechanical interlocking; severe lattice distortion; Johnson–Cook model; finite element method; sluggish diffusion; microstructural evolution; wear; rail track; rail wheels; pin-on-disc; friction; contamination; GTAW; cladding; super duplex stainless steel; FA; ANN; dilution