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Full Description
The text describes the analysis of coating methods and the influence of the coating parameters. It further explains key concepts such as the thermal properties of coatings, high-temperature performance, and the wear properties of coatings. The text presents the prospects and challenges of nanocoated medical devices and the high-temperature tribology of thermal sprayed coatings.
This book:
Presents a comprehensive analysis of coating methods and their influence on nano surface coating
Highlights the tribological comparison of nano-coatings on diesel engine cylinder liner
Showcases the experimental investigation of the thermal conductivity of various insulating powders
Discusses the influence of interlayer on morphological, structural, mechanical, and adhesion properties of TiN coatings
Explains the microstructure of diamond coatings for tribological applications
It is primarily written for senior undergraduate, graduate students, and academic researchers in fields including mechanical engineering, industrial and production engineering, manufacturing engineering, and aerospace engineering.
Contents
1. Micro/Nano thick coatings in Micro/Nano fabrication. 2. Investigation of the effects of hardness, surface roughness and porosity on NiCrAlY bond coatings subjected to high temperature erosion. 3. Tribological Comparison of Nanocoatings on Diesel Engine Cylinder Liner. 4. Influence of interlayer on morphological, structural, mechanical, and adhesion properties of TiN coating. 5. Mechanical, Physical, Optical Characteristic of Al/TiAlXN Based Coating. 6. Study of intermetallic compound formation on 316L SS during electrodeposition Process with Al-Zn-Mg- Si coating alloy. 7. Effect of Cutting Parameters on PVD Coated Carbide Tool Behaviour in High Speed Machining of SDSS 32760 Alloy. 8. Service Life Enhancement by Low Cost Surface Coating. 9. Prospects and challenges of nano-coated medical devices.
