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Nondestructive Evaluation (NDE) for Thermal-Spray Coatings

R.A. Sulit, Vincent D. Schaper

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Abstract

Thermal spray is the process of depositing metal, alloy, and ceramic coatings on properly prepared substrate materials so that they solidify on and bond mechanically, chemically, and metallurgically to the substrate materials. Thermal-spray coatings are applied to improve surface-wear characteristics, to provide resistance to heat, oxidation, and chemical environments; to restore dimension to the original equipment manufacturer's (OEM) specifications; to reduce erosion wear; and to improve corrosion control.

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What this paper is about

Thermal spray is the process of depositing metal, alloy, and ceramic coatings on properly prepared substrate materials so that they solidify on and bond mechanically, chemically, and metallurgically to the substrate materials. Thermal-spray coatings are applied to improve surface-wear characteristics, to provide resistance to heat, oxidation, and chemical environments; to restore dimension to the original equipment manufacturer's (OEM) specifications; to reduce erosion wear; and to improve corrosion control.

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Available abstract

Thermal spray is the process of depositing metal, alloy, and ceramic coatings on properly prepared substrate materials so that they solidify on and bond mechanically, chemically, and metallurgically to the substrate materials. Thermal-spray coatings are applied to improve surface-wear characteristics, to provide resistance to heat, oxidation, and chemical environments; to restore dimension to the original equipment manufacturer's (OEM) specifications; to reduce erosion wear; and to improve corrosion control.

Key concepts: Nondestructive testing, Materials science, Forensic engineering, Engineering, Physics, Quantum mechanics

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