{
"item_title" : "Principles of Thermal Spraying",
"item_author" : [" Krishna Kant Pandey "],
"item_description" : "A practical foundation in thermal spray science covering particle-heat source interaction, splat formation, microstructure development, major spray processes, feedstocks, process parameters, coating properties, characterization, applications, and emergingresearch directions. Thermal spraying is a powerful surface-engineering technology used to protect andfunctionalize components across aerospace, energy, marine, automotive, biomedical, and industrial applications. Principles of Thermal Spraying provides a structured introduction to the science andengineering behind thermal spray coatings, written for graduate students, researchers, and engineers entering the field. Beginning with the fundamentals, the handbookexplains how particles interact with heat sources, how splats form and build lamellarmicrostructures, and how processing conditions influence coating performance. The book covers flame and electric-arc spraying, atmospheric and vacuum plasmaspraying, HVOF and HVAF, cold spray, detonation-gun and emerging techniques, feedstock materials, process-parameter control, substrate preparation, coatingproperties, characterization methods, industrial applications, advancednanocomposite architectures, safety and standards, and future research directions. Key equations, practical comparisons, review questions, quick-reference material, and application-oriented discussions make the handbook useful both as a teachingresource and as a working reference for early-stage researchers. Whether you are beginning research in thermal spray coatings or looking to connectspray-process physics with coating microstructure and performance, this handbookoffers a clear pathway from fundamentals to applications.",
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Principles of Thermal Spraying : A Foundational Handbook for Graduate Students and Early-Stage Researchers
Overview
A practical foundation in thermal spray science covering particle-heat source interaction,
splat formation, microstructure development, major spray processes, feedstocks,
process parameters, coating properties, characterization, applications, and emerging
research directions.
functionalize components across aerospace, energy, marine, automotive, biomedical,
and industrial applications. Principles of Thermal Spraying provides a structured introduction to the science and
engineering behind thermal spray coatings, written for graduate students, researchers,
and engineers entering the field. Beginning with the fundamentals, the handbook
explains how particles interact with heat sources, how splats form and build lamellar
microstructures, and how processing conditions influence coating performance. The book covers flame and electric-arc spraying, atmospheric and vacuum plasma
spraying, HVOF and HVAF, cold spray, detonation-gun and emerging techniques,
feedstock materials, process-parameter control, substrate preparation, coating
properties, characterization methods, industrial applications, advanced
nanocomposite architectures, safety and standards, and future research directions. Key equations, practical comparisons, review questions, quick-reference material,
and application-oriented discussions make the handbook useful both as a teaching
resource and as a working reference for early-stage researchers. Whether you are beginning research in thermal spray coatings or looking to connect
spray-process physics with coating microstructure and performance, this handbook
offers a clear pathway from fundamentals to applications.
This item is Non-Returnable
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Details
- ISBN-13: 9798161891230
- ISBN-10: 9798161891230
- Publisher: Independently Published
- Publish Date: October 2026
- Dimensions: 9 x 6 x 0.28 inches
- Shipping Weight: 0.4 pounds
- Page Count: 130
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