8 Cutting-Edge Tribology Books Shaping 2025

The research was clear: traditional tribology texts often overlooked the nuanced interplay between materials and lubricants in emerging technologies. Catalin I. Pruncu and co-authors, drawing on their extensive backgrounds in mechanical engineering and surface science, offer a detailed exploration of how different material pairs—from metal-metal to ceramic-polymer composites—impact tribological behavior. You’ll gain insight into micro- and nanotribology mechanisms as well as tribochemistry and tribocorrosion, with chapters dedicated to green and bio-tribology applications. This two-volume set is particularly suited for advanced students and professionals seeking a thorough understanding of recent advances and practical applications in tribology and surface engineering.

The research was clear: traditional tribology approaches weren't fully addressing the unique demands of electric vehicles, prompting authors Leonardo Israel Farfan Cabrera and Ali Erdemir to explore this niche. Drawing on decades of combined academic and industry experience, they guide you through the specific tribological challenges posed by EV components, from specialized lubrication needs to material wear under electric motor conditions. You'll find detailed protocols for testing lubricants and materials designed to extend component life and improve efficiency, alongside discussions on sustainable practices shaping the future of transportation. This book suits engineers, researchers, and students aiming to master the intersection of tribology and electrified transport systems without fluff.

This tailored book explores the latest discoveries and cutting-edge developments shaping tribology in 2025. It examines emerging trends in friction, wear, and lubrication, emphasizing new materials, sustainable practices, and AI-driven innovations. By focusing on your specific interests and background, the book reveals how these advancements are transforming engineering challenges across industries. This personalized approach ensures you engage deeply with topics most relevant to your goals, from advanced surface engineering techniques to novel tribochemical processes. The content matches your unique learning path, offering a focused journey through the dynamic landscape of modern tribology. Readers gain a clearer understanding of how recent breakthroughs impact real-world applications and future directions.

What if everything you knew about tribology was wrong? Zhinan Zhang and Nian Yin challenge traditional approaches by integrating artificial intelligence with tribological science, offering fresh tools to monitor condition, predict behavior, and optimize systems. The book introduces techniques like Artificial Neural Networks, Support Vector Machines, and Random Forests, grounding these in practical case studies across industries. You’ll gain hands-on insight into establishing tribo-informatics databases and applying informatic methods to real-world tribological problems. This is a resource best suited for students, researchers, and professionals eager to explore AI’s emerging role in advancing tribology.

The authors, M.F. Wani, Jitendra Kumar Katiyar, and Rakesh Sehgal, bring extensive expertise in materials science to explore how ceramics and ceramic matrix composites behave under extreme temperatures. You’ll find detailed explanations of mechanical properties, tribochemical reactions, and various wear modes that affect these materials at elevated temperatures. The book also dives into fabrication and deposition methods, providing you with practical insights on how to enhance friction, wear, and lubrication performance in high-temperature environments. If your work involves designing or selecting ceramic components for demanding tribological applications, this book offers targeted knowledge to inform your decisions.

The breakthrough moment came when Jitendra Kumar Katiyar and his co-authors integrated emerging technologies like machine learning and Industry 4.0 into the study of tribology for sustainable manufacturing. You’ll find detailed explorations of friction management in processes such as 3D printing, laser sintering, and friction stir welding, with a clear focus on reducing energy use, production time, and costs. This book dives deep into the tribological properties of advanced materials and coatings, offering practical insights for engineers aiming to enhance plant productivity while minimizing environmental impact. If your work intersects with machining, additive manufacturing, or surface engineering, this book provides targeted knowledge without unnecessary complexity.

This tailored book explores the rapidly evolving field of tribology by focusing on the latest discoveries and developments anticipated in 2025. It examines emerging research, new materials, and cutting-edge techniques that are shaping how friction, wear, and lubrication challenges are addressed. By providing content tailored to your background and interests, this book enables a focused exploration of the most relevant advances, helping you stay ahead of industry trends. The personalized approach ensures you engage deeply with topics that match your skills and goals, making your learning experience both efficient and insightful.

Drawing from their extensive expertise in engineering surfaces, Diana Berman, Andreas Rosenkranz, and Max Marian developed this book to clarify the fundamental mechanisms at play in tribology. You gain a detailed understanding of friction, wear, lubrication, and surface interactions, complemented by chapters exploring micro- and nanotribology and biotribology. The authors include practical case studies and real-world examples, such as bearing selection and tribological issues in magnetic recording, which help bridge theory and application. This text suits those new to tribology, including engineering students and professionals seeking a solid foundation in surface engineering principles.

This book challenges traditional views on tribology by focusing on the behavior of iron-based shape memory alloys under various conditions such as chemical composition, lubrication, and mechanical forces. Amine CHARFI, with a strong academic background and research experience from Ecole Nationale d'Ingénieurs de Sfax and INSA de Lyon, explores how these innovative materials perform in practical applications like pipe fittings and reinforced concrete joints. You’ll gain insights into the thermomechanical and electrochemical properties that influence wear and friction in micro and nano composites. This concise work suits engineers and researchers eager to understand the latest developments in intelligent material tribology rather than those seeking broad theoretical coverage.

Habeeb Adewale Ajimotokan's extensive engineering background shines through in this concise yet insightful book on tribology. He unpacks foundational principles alongside more nuanced topics like friction, lubrication, and wear, providing you with a clear understanding of how these phenomena affect mechanical systems. The book guides you through selecting suitable lubricants and materials, particularly useful if you work in mechanical, materials, or biomechanics engineering. With its blend of theory and practical engineering perspectives, the book suits both students embarking on tribology studies and professionals seeking to deepen their grasp of real-world applications.