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Introduction | p. ix |
Modelling and simulation of tissue load | |
Neuromusculoskeletal modelling and simulation of tissue load in the lower extremities | p. 3 |
Modelling and simulation of tissue load in the upper extremities | p. 18 |
Modeling and simulation of tissue load in the human spine | p. 35 |
Artificial neural network models of sports motions | p. 50 |
Biomechanical modelling and simulation of foot and ankle | p. 65 |
Neuromuscular system and motor control | |
Muscle mechanics and neural control | p. 83 |
The amount and structure of human movement variability | p. 93 |
Planning and control of object grasping: kinematics of hand pre-shaping, contact and manipulation | p. 105 |
Biomechanical aspects of motor control in human landing | p. 117 |
Ecological psychology and task representativeness: implications for the design of perceptual-motor training programmes in sport | p. 129 |
Methodologies and systems of measurement | |
Measurement of pressure distribution | p. 143 |
Measurement for deriving kinematic parameters: numerical methods | p. 156 |
Methodology in Alpine and Nordic skiing biomechanics | p. 182 |
Measurement and estimation of human body segment parameters | p. 197 |
Use of electromyography in studying human movement | p. 214 |
Engineering technology and equipment design | |
Biomechanical aspects of footwear | p. 231 |
Biomechanical aspects of the tennis racket | p. 244 |
Sports equipment - energy and performance | p. 257 |
Approaches to the study of artificial sports surfaces | p. 269 |
Biomechanics in sports | |
Biomechanics of throwing | p. 285 |
The biomechanics of snowboarding | p. 297 |
Biomechanics of striking and kicking | p. 311 |
Swimming | p. 323 |
Biomechanics of the long jump | p. 340 |
External and internal forces in sprint running | p. 354 |
Biomechanical simulation models of sports activities | p. 367 |
Injury, orthopedics and rehabilitation | |
Lower extremity injuries | p. 383 |
Upper extremity injuries | p. 397 |
Biomechanics of spinal trauma | p. 411 |
In vivo biomechanical study for injury prevention | p. 428 |
Impact attenuation, performance and injury with artificial turf | p. 446 |
Health promotion | |
Influence of backpack weight on biomechanical and physiological responses of children during treadmill walking | p. 459 |
Ankle proprioception in young ice hockey players, runners, and sedentary people | p. 472 |
The plantar pressure characteristics during Tai Chi exercise | p. 481 |
Biomechanical studies for understanding falls in older adults | p. 495 |
Postural control in Parkinson's disease | p. 510 |
Training, learning and coaching | |
Application of biomechanics in soccer training | p. 525 |
Exploring the perceptual-motor workspace: new approaches to skill acquisition and training | p. 538 |
Application of biomechanics in martial art training | p. 554 |
Developmental and biomechanical characteristics of motor skill learning | p. 565 |
Using biomechanical feedback to enhance skill learning and performance | p. 581 |
Table of Contents provided by Ingram. All Rights Reserved. |
The New copy of this book will include any supplemental materials advertised. Please check the title of the book to determine if it should include any access cards, study guides, lab manuals, CDs, etc.
The Used, Rental and eBook copies of this book are not guaranteed to include any supplemental materials. Typically, only the book itself is included. This is true even if the title states it includes any access cards, study guides, lab manuals, CDs, etc.