Vol 1:
The text describes the fundamental concepts of usability and user experience, and how they are defined, designed for, and eventually measured and evaluated. It covers the surface treatment of bioimplant materials by the electrical discharge machining process and the influence of surface texture on the tribological behavior of artificial joints. It showcases the experimental investigation of the surface hardness of two dissimilar metal welded joints.
This book:
- Discusses advanced surface treatment methods such as diamond-like carbon coating, and nano-coatings.
- Explains important topics in the areas of laser surface engineering, surface parameters of wire arc welding, and bio-implant surface treatments.
- Presents industrial applications in the areas of automobiles such as cylinders, bio-medical devices, and steel surfaces.
- Explores surface modification of engineering materials using heat treatment and coating.
- Highlights the effect of heat treatment on the tribological and mechanical properties of polymeric materials.
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.
Vol 2:
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 nano-coated 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 coating.
- 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.
Table of Contents:
Vol 1: 1. Experimental Investigation of the Effects of Engine Cylinder Honing as Tribological Aspect on Performance, Wear and Lubrication. 2. Effect of surface textures of friction plates on wear behaviour and torque transmission in compressor with clutch mechanism. 3. Prediction and Assessment of Surface Roughness in Wire-Arc-Based Directed Energy Deposition Process. 4. Fabrication of super polished Aluminium mandrels for X-Ray Optics. 5. Surface modification techniques for microstructural enhancement in metal additive manufacturing. 6. Viscous Fluid Enhanced Tribological Performance on Variable Load and Groove-Textured Cylinder Systems. 7. Effect of Heat Treatment on Tribological and Mechanical Properties of Polymeric Material. 8. Investigations on the Metallurgical Profile of Hard-Faced Mild Steel with High Entropy Alloy AlCrMnFeNi Through Weld Overlaying Process. 9. Surface Treatment of Bioimplant Materials using Electrical Discharge Machining (EDM).
Vol 2:
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.
About the Author :
Shubrajit Bhaumik currently serves as an Associate Professor in the Department of Mechanical Engineering, Amrita School of Engineering, Amrita Vishwa Vidyapeetham, Chennai Campus. Dr. Bhaumik established the Tribology and Interactive Surfaces Research Laboratory (TRISUL) which is dedicated to industrial application-oriented research. He is presently the Centre Head of Tribology and Interactive Surfaces Research Laboratory. Dr. Bhaumik has been working with several industries in different areas of Tribology since 2006 and has completed several projects that have resulted in energy savings for the industries. Dr. Bhaumik has hands-on experience in hard-face welding, open-gear inspections, and lubricants. His research interests include nano and green tribology, energy-efficient lubricants and solutions for minimizing friction and wear. Dr. Bhaumik is experienced with several wear test rigs, particularly nano-lubricants and energy-efficient lubricants. He has successfully implemented Energy Efficient Nano Lubricant Concepts in Real-time applications which has benefitted several industries in Saving Energy resulting is a Huge Payback for the industry. Dr. Bhaumik works in allied fields of tribology such as lubricants, polymers, fretting wear etc. Dr. Bhaumik has published in several reputed journals of tribology and engineering and book chapters. Recently, An Indian patent has been granted to him in the area of tribology and few are in pipeline. The Tribology Research Team led by Dr. Bhaumik developed few AI integrated Bearing failure detection app which has been featured in the reputed dailies The Hindu and The Times of India. These apps are becoming famous in industries. He has won several awards and accolades in the area of tribology including Best Research Award- Malaysian International Tribology Conference 2015, a gold medal, DST SERB Govt. of India fellowship. He is also the international ambassador of Surface Venture, United Kingdom, a not-for profit organization that aims to spread the knowledge of tribology among industry and the academic community. Dr. Bhaumik is also an Editorial Board member of the reputed tribology journals.
Viorel Paleu has been a habilitated full professor of mechanical engineering since October 2021 at the "Gheorghe Asachi" Technical University of Iasi, Romania, where he began his academic career in 1996 and earned his Ph.D. with Magna Cum Laude distinction in 2002. Over two decades, he advanced through all academic ranks at the university's Faculty of Mechanical Engineering. He conducted doctoral and post-doctoral research at INSA Lyon, France, collaborating with industrial partners and securing multiple international research grants. He has led five national research projects and contributed to over 20 national and international initiatives. His research spans areas such as tribology, lubrication, rolling bearings, coatings, machine elements, materials, and diagnostics, with publications in prominent scientific journals. He has served on over 800 peer review panels of international journals and as a committee member or chair for major international conferences. Currently, Professor Paleu serves as Vice Dean for Research and Quality at the Faculty of Mechanical Engineering. He is also Vice-President of the Romanian Tribology Association (ART) and has been President of the Romanian Transmissions Association (ROAMET) since 2008.
V. Jayakumar is the Principal, School of Engineering and Computing, Chennai, and Professor of Mechanical Engineering at Amrita Vishwa Vidyapeetham, Chennai Campus. With over 25 years of teaching experience, including seven years abroad, he has served as visiting faculty in Oman, Eritrea, and Ethiopia. He holds a B.E. in Mechanical Engineering, M.E. in Industrial Engineering, MBA, and a Post Graduate Diploma in Operations Research. He earned his Ph.D. from the College of Engineering, Guindy, Anna University. Dr. Jayakumar has authored 10 textbooks, four of which are prescribed in Indian universities, and published over 85 research papers in Scopus-indexed journals. His research focuses on Cellular Manufacturing Systems, Friction Stir Welding, Composite Materials, Advanced Manufacturing Systems and Production and Operations Management.
Hakan KALELİ is a Professor in YILDIZ Technical University, Mechanical Engineering Department of Automotive Division in Istanbul-TURKEY. His main field is Internal Combustion Engines (Gasoline and Diesel Engines), Tribology, Wear, Lubrication and Friction. He is still working mostly on Engine Tribology, Nanotribology, Lubrication, Friction Wear, Engine Oils, Additives, Coatings, Drain Intervals and additives effects on the sliding surfaces, Surface Analysis, Nanoadditives, Nanocoatings as he has quite plenty of special international publications on those subjects. He has been a member as Scientific Committee, Advisory Committees in many international conferences.
