Dataset Browser

Explore the comprehensive manual of cable osteosyntheses, covering its historical development, technical foundations, and the biomechanics underpinning the tension band principle. This guide provides detailed instructions for surgical operation, making it an invaluable resource for surgeons seeking to master this fracture fixation technique and improve patient outcomes through stable and efficient bone healing.

Explore the intricate anatomy and fundamental mechanics of the human motor and nervous system. This content delves into the complex structures and functions that enable movement, coordination, and overall bodily control, providing essential insights into neuromuscular and locomotor apparatus.

Explore the foundational principles of occupational biomechanics through the lens of Chaffin's authoritative work, offering critical insights into workplace ergonomics. This essential resource covers biomechanical analysis, injury prevention strategies, and how to optimize human performance in industrial settings to foster a safer and more efficient work environment.

Fascia, a critical network of connective tissue, plays a vital and often underestimated role in human mechanics by providing structural integrity, transmitting forces, and enabling efficient movement throughout the entire body. This intricate system connects muscles, bones, and organs, significantly influencing posture, flexibility, stability, and overall physical performance.

Explore the foundational principles of basic biomechanics with this acclaimed textbook by Susan Hall, a comprehensive resource for understanding human movement science. Whether you're a student or a professional, find new or used copies of this essential guide to excel in your studies or practice of kinesiology.

Dive deep into the functional anatomy of yoga with this essential guide, meticulously crafted for practitioners. Explore the intricate connections between your body's structure and movement, gaining a profound understanding of how each yoga pose impacts muscles, joints, and the skeletal system. This resource offers practical insights to enhance your personal practice and teaching, promoting safer, more effective, and deeply informed yoga experiences.

Explore the fundamental principles underlying how muscles and molecules orchestrate biological motion. This insightful journey delves into molecular mechanisms, muscle contraction, and the intricate biomechanics that govern movement in living organisms, offering a deeper understanding of life's essential dynamics.

This comprehensive analysis delves into the biomechanics of the upper limbs, focusing on advanced mechanics modeling to understand their complex movements and forces. The study critically examines the root causes and preventative strategies for musculoskeletal injuries, offering crucial insights for rehabilitation and ergonomic design improvements.

Explore the cutting-edge field of computational cardiovascular mechanics modeling, offering vital insights into heart function and disease progression. These advanced biomechanical simulations provide predictive tools crucial for understanding, diagnosing, and developing targeted therapies for heart failure.

Unlock the full potential of your horse by delving into the critical intersection of horse biomechanics and equine physical training. This essential guide explores how understanding a horse's movement and structure directly impacts the design of effective horse conditioning programs, leading to enhanced equine athletic performance and reduced injury risk. Learn to apply principles of horse movement analysis to develop a comprehensive training approach that promotes strength, flexibility, and longevity for your equine partner.

Explore a comprehensive data book detailing the mechanical properties of living cells, tissues, and organs. This essential resource provides critical insights for researchers and engineers working in biomechanics, biomaterials, and tissue engineering, offering fundamental data for understanding biological system mechanics.

This primer offers an essential introduction to orthopaedic biomechanics, covering the fundamental principles and applications of mechanical forces within the musculoskeletal system. It explores how these principles influence bone strength, joint function, and tissue response, providing crucial insights for understanding injury, informing surgical techniques, and developing innovative orthopaedic devices.

Explore an essential introductory manual designed to provide clear, actionable solutions for understanding biomechanics at the cellular level. This comprehensive guide simplifies complex concepts, making the intricate mechanics of biological cells accessible to students and professionals alike, serving as a foundational resource for deeper study.

Dive deep into the intricacies of fastpitch pitching mechanics with an expert analysis featuring insights from Amanda Scarborough. This comprehensive guide breaks down optimal pitching form, technique, and movements, providing invaluable information for athletes and coaches aiming to enhance performance and prevent injuries. Understand the science behind powerful and precise fastpitch delivery with this detailed examination.

Structural kinesiology is the scientific study focusing on the anatomical and mechanical principles of human movement. It explores how bones, joints, and muscles interact to produce motion, providing essential insights into posture, efficiency, and injury prevention in physical activity and daily life.

Explore the intricate relationship between the mechanical principles governing biological systems and the physiological responses that facilitate movement. This field delves into biomechanics, analyzing forces and movements within the body, alongside movement physiology, which examines the body's systems – muscular, nervous, and skeletal – as they contribute to locomotion and physical activity. Understanding these interconnected aspects is crucial for fields ranging from sports science and rehabilitation to ergonomic design and human performance optimization, providing insights into how we move, adapt, and perform.

This comprehensive kinesiology lab manual provides a practical guide for students and professionals alike. It covers essential concepts in human movement science, biomechanics, and anatomy, offering hands-on exercises and experiments to enhance understanding of kinesiology principles. Use this manual to effectively supplement your kinesiology courses or professional practice.

Explore the fascinating world of nature's flyers, delving into the intricate biomechanics of flight in birds and insects. Discover the remarkable adaptations and aerodynamic principles that allow these creatures to soar through the skies, providing insights into the evolution and engineering marvels of animal flight. From the flapping wings of a hummingbird to the gliding maneuvers of an eagle, uncover the secrets behind their aerial prowess.

Explore a comprehensive collection of biomechanics sample problems and solutions, designed to enhance your understanding of key principles. This resource provides detailed, step-by-step answers, perfect for students and professionals seeking to master applied biomechanics concepts and improve their problem-solving skills.

Explore the fascinating intersection of science and the martial art of Judo, delving into the underlying judo principles and judo biomechanics that govern throws, grappling, and movement. Understand the judo science behind efficiency, balance, and power, providing insights into advanced judo techniques and the martial arts physics applied in practice, unraveling the analytical side of this powerful discipline.