Application Tribology: Materials, Design, Manufacturing and Testing – serie

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.

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 behaviour 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 nanocoatingsExplains important topics in the areas of laser surface engineering, surface parameters of wire arc welding, and bio-implant surface treatmentsPresents 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.

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 coatingHighlights the tribological comparison of nano-coatings on diesel engine cylinder linerShowcases the experimental investigation of the thermal conductivity of various insulating powdersDiscusses the influence of interlayer on morphological, structural, mechanical, and adhesion properties of TiN coatingsExplains the microstructure of diamond coatings for tribological applicationsIt 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.

In the rapidly evolving world of mechanical systems, lubricants play a critical role in minimizing friction, reducing wear, and improving energy efficiency. Lubricant Technology: Fundamentals and Applications delves into the multifaceted science of lubrication, bridging the gap between foundational principles and cutting-edge innovations.Written by leading experts, this comprehensive volume explores:The fundamentals of friction, wear, and lubrication.The chemistry and properties of base oils and advanced lubricants.Revolutionary bio-lubricants, nanolubricants, and ionic liquid additives.Emerging trends such as superlubricity and smart lubricants.Sustainable practices in used-oil disposal and future industry directions.With detailed studies, practical insights, and research-backed discussions, this book is an indispensable resource for senior undergraduate, graduate students, and academic researchers in fields including mechanical engineering, industrial and production engineering, manufacturing engineering, and materials science.Whether you're exploring the basics of lubricant formulation or investigating advanced applications, Lubricant Technology: Fundamentals and Applications provides the knowledge you need to drive innovation and sustainability in lubrication science.

Green Tribology and Industry 4.0: Fundamentals and Sustainable Advancements explores the integration of sustainable practices in tribology with the emerging paradigms of Industry 4.0. This edited volume presents a unique opportunity to connect tribological systems with the latest advancements in artificial intelligence (AI) and machine learning (ML). The book particularly emphasizes lubrication science, surface engineering and related fields to promote sustainable development goals and to provide readers with a comprehensive understanding of modern sustainable tribological systems. The edited volume includes:The impact of AI and ML on industriesChallenges and opportunities in integrating AI and ML with tribo-systemsThe role of materials, coatings and lubricants in the sustainable development of tribological systemsIn-depth discussions on minimum quantity lubrication, nano-tribology, bio-tribology and sustainable manufacturingGreen Tribology and Industry 4.0: Fundamentals and Sustainable Advancements aims to raise awareness within the research community about stringent environmental regulations, the need to minimize carbon footprints and the importance of reducing reliance on depleting energy resources. The book advocates for greener approaches and more efficient industrial systems across sectors. With a focus on practical, future-ready solutions, this book serves as a valuable resource for young researchers, engineers, academicians and industry professionals striving for innovation and sustainability in modern industrial practices.

The text addresses the importance of additive manufacturing in aerospace applications, high-temperature oxidation-resistant, fatigue-resistant, corrosion-resistant, and wear-resistant materials.Discusses advanced manufacturing techniques, like 3D printing and laser powder bed fusion for aerospace materials.Covers the characterization of the cutting edge, performance, and properties of high-entropy alloys at elevated temperatures.Focuses on the advancement of protecting coatings and claddings in the aerospace industry, including laser cladding, microwave oven claddings, plasma spray, and arc spray.Presents the materials used in the interior of aircraft, and their performance, in case of emergencies, like fire safety and sudden shocks.Illustrates phase field modeling, material design and modeling, and classical approaches used for the development of new aerospace materials.The text is primarily written for senior undergraduates, graduate students, and academic researchers in fields including mechanical engineering, aerospace engineering, industrial and production engineering, manufacturing engineering, and materials science.