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Contributors
Introduction
B.M. Nigg, B.R. MacIntosh, and J. Mester
Part I: Work and Energy
Work and Energy Historical Highlights
Chapter 1. Mechanical Considerations of Work and Energy
B.M. Nigg, D. Stefanyshyn, and J. Denoth
Chapter 2. Storage and Release of Elastic Energy in the Locomotor System and the Stretch-Shortening Cycle
R.M. Alexander
Chapter 3. Length Changes of Muscle-Tendon Units During Athletic Movements
J.G. Hay
Chapter 4. Work and Energy Influenced by Athletic Equipment
D.J. Stefanyshyn and B.M. Nigg
Chapter 5. The Three Modes of Terrestrial Locomotion
A.E. Minetti
Chapter 6. The Pathways for Oxygen and Substrates
H. Hoppeler and E.R. Weibel
Chapter 7. Energy and Nutrient Intake for Athletic Performance
P.W.R. Lemon
Chapter 8. Intensity of Cycling and Cycle Ergometry: Power Output and Energy Cost
B.R. MacIntosh, R.R. Neptune, and A.J. van den Bogert
Work and Energy Summary Work and Energy Definitions
Part II: Balance and Control of Movement
Balance and Control of Movement Historical Highlights
Chapter 9. Basic Concepts of Movement Control
R. Stein, E.P. Zehr, and J. Bobet
Chapter 10. Muscle Activation and Movement Control
W. Herzog
Chapter 11. Power Output and Force-Velocity Properties of Muscle
B.R. MacIntosh and R.J. Holash
Chapter 12. Stability and Control of Aerial Movements
M.R. Yeadon and E.C. Mikulcik
Chapter 13. Movement Control and Balance in Earthbound Movements
J. Mester
Balance and Control of Movement Summary Balance and Control of Movement Definitions
Part III: Load During Physical Activity
Load During Physical Activity Historical Highlights
Chapter 14. Forces Acting on and in the Human Body
B.M. Nigg
Chapter 15. Force Production in Human Skeletal Muscle
W. Herzog
Chapter 16. Mechanical Effects of Forces Acting on Bone, Cartilage, Ligaments, and Tendons
D.D. Anderson, D.J. Adams, and J.E. Hale
Chapter 17. Biological Response to Forces Acting in the Locomotor System
K.J. Fischer
Chapter 18. Prevention of Excessive Forces With Braces and Orthotics
A. Gollhofer, W. Alt, and H. Lohrer
Load During Physical Activity Summary Load During Physical Activity Definitions
Part IV: Fatigue and Exercise
Fatigue and Exercise Historical Highlights
Chapter 19. Contractile Changes and Mechanisms of Muscle Fatigue
B.R. MacIntosh and D.G. Allen
Chapter 20. Stretch-Shortening Cycle Fatigue
P.V. Komi and C. Nicol
Chapter 21. Muscle Fatigue Monitored by Force, Surface Mechanomyogram, and EMG
C. Orizio
Fatigue and Exercise Summary Fatigue and Exercise Definitions
Name Index Subject Index About the Editors
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Add Biomechanics and Biology of Movement, Drawing on the expertise of 31 international researchers in biomechanics, exercise physiology, and motor behavior, Biomechanics and Biology of Movement provides an integrated, multidisciplinary, scientific approach to understanding human movement. , Biomechanics and Biology of Movement to the inventory that you are selling on WonderClubX
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Add Biomechanics and Biology of Movement, Drawing on the expertise of 31 international researchers in biomechanics, exercise physiology, and motor behavior, Biomechanics and Biology of Movement provides an integrated, multidisciplinary, scientific approach to understanding human movement. , Biomechanics and Biology of Movement to your collection on WonderClub |