Titlebook: Surface Engineering; Enhancing Life of Tr Dheerendra Kumar Dwivedi Book 2018 Springer (India) Pvt. Ltd., part of Springer Nature 2018 Chara

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Surface Engineering by Changing the Surface Metallurgy,metallurgical changes being realized through above approaches. Transformation hardening based methods of surface modification such as flame hardening, induction hardening, laser hardening have been described. Additionally, laser re-melting, burnishing, and shot peening methods of surface modification have also been presented.

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Characterization of Engineered Surfaces,hness, non destructive testing for evaluation of the integrity of modified surfaces have been presented. Methods for hardness and bond strength testing are elaborated. Additionally, techniques for examining the chemical composition, metallurgical properties, and wear behavior have also been described along with typical set of parameters.

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Surface Engineering,ation techniques. The scope of surface engineering covering design of surface modification, modification of surface properties using suitable technique, characterization of modified surfaces and implementation, standardization of the approach of surface modification for given application have been

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Surface Damage: Causes and Mechanisms,r, erosive wear, surface fatigue wear, and corrosive wear, have been described. Additionally, properties of the surface material important to control a specific type of wear have been explained. Methods commonly used for measuring the wear loss have been presented.

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Surface Engineering by Changing the Composition,e layers with or without subsequent heat treatment. In this chapter, diffusion-based methods like carburizing, nitriding, boronizing, and cyaniding will be presented along with plasma- assisted carburizing and plasma-assisted nitriding. Additionally, vacuum-based surface modification techniques like

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Surface Modification by Developing Coating and Cladding,e is an effective method. The layer can be deposited in the form of films, coatings, hardfacings, and claddings using variety of the processes such as weld surfacing, laser cladding, thermal spraying, electroplating, and electroless plating. In this chapter, fundamental of these aspects has been pre