Biotribology of Natural and Artificial Joints 1st Edition

Capture the science behind joint performance with Biotribology of Natural and Artificial Joints, 1st Edition by Teruo Murakami — a definitive, cross-disciplinary resource that connects basic tribology with real-world orthopedic challenges.

Dive into rigorous yet accessible coverage of friction, wear, lubrication, cartilage mechanics, synovial fluid behavior, implant materials and surfaces, in vitro testing, and computational modeling. This edition synthesizes fundamental principles and contemporary experimental findings to explain why some implants succeed while others fail — essential insight for anyone shaping the future of joint care.

Engineered for clinicians, researchers, biomedical engineers, device designers, and advanced students, this book balances theory and practice. Expect clear explanations of measurement techniques, comparative analyses of natural versus artificial articulations, and discussions that translate laboratory observables into clinical implications. Global in scope and locally relevant, its perspectives serve orthopedic centers, research labs, and product teams across North America, Europe, and Asia.

Whether you’re optimizing implant longevity, developing new biomaterials, or studying cartilage wear mechanisms, this volume delivers actionable knowledge to enhance device performance and patient outcomes. Concise figures, focused chapters, and interdisciplinary viewpoints make it both a reliable reference and a practical guide.

Add Biotribology of Natural and Artificial Joints (1st Edition) by Teruo Murakami to your professional library today — the essential resource for improving implant design, reducing wear, and advancing joint science worldwide. Order now to stay at the forefront of biotribology and orthopedic innovation.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.