Full Description
Introductory Biomechanics offers a clear, concise and thorough introduction to the basic principles of functional anatomy and human movement to students with no background in the subject. Using familiar and useful questions to help engage students with new material, the book offers the most accessible introduction to this core tenet of kinesiology currently available.Split into two broad sections-functional anatomy and biomechanical principles-the book includes chapters on:understanding force;bone, joint, muscle and nerve function;kinematic concepts;kinetic concepts;measurement and analysis of motion;and projectiles.Featuring pedagogical features, such as learning objectives, review questions, further reading suggestions and worked examples, and a companion website which includes animations of the movements described in the book, Introductory Biomechanics is a complete and relatable resource for gaining a grounding in the fundamental principles of the discipline. This is an essential text for students taking introductory biomechanics classes as part of an undergraduate degree programme in Kinesiology, Sport & Exercise Science, Sports Coaching, Athletic Training and Sports Therapy.
Contents
Part 11. Introduction to Biomechanics2. Free Body Diagram3. Core Concepts of Kinesiology4. Understanding ForcePart 2: BIOmechanics: The Mover and Mechanisms of Movement5. The Mover's Bones6. The Mover's Joints7. The Mover's Muscles8. The Mover's Nerves and Nervous System9. Analysis of the Mover in Motion10. Integration and Application for the Mover11. Evaluation and Modification for the MoverPart 3: bioMECHANICS: Kinematics of Movement12. Kinematic Concepts13. Measurement and Analysis of Kinematic Core Concepts14. Projectiles15. Integration and Application of Kinematic Core Concepts16. Evaluation and Modification of Kinematic Core ConceptsPart 4: bioMECHANICS: Kinetics of Movements17. Kinetic Concepts18. Measurement and Analysis of Kinetic Core Concepts19. Integration and Application of Kinetic Core Concepts20. Evaluation and Modification of Kinetic Concepts
