Biodynamics
Why the Wirewalker Doesn't Fall
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This text provides students in biology and medicine with a basis for understanding the physical principles behind the biodynamics of locomotion. The wirewalker stands as one of a number of a complex physiological phenomena, which in this book are explained in terms of concepts of fractals, chaos, and randomness. To understand how the wirewalker balances, it is necessary to explore variability, from mechanisms of fine tuning to losses of balance.
You can never step in the same river twice, goes the old adage of philosophy. An observation on the transitory nature of fluids in motion, this saying also describes the endless variations researchers face when studying human movement. Understanding these biodynamics-why the wirewalker doesn't fall-requires a grasp of the constant fluctuations and fine tunings which maintain balance in the complex, fluid system of human locomotion.
Taking a comprehensive approach to the phenomenon of locomotion, Biodynamics: Why the Wirewalker Doesn't Fall integrates physical laws and principles with concepts of fractals, chaos, and randomness. In so doing, it formulates a description of both the large-scale, smooth aspects of locomotion and the more minute, randomized mechanisms of this physiological process.
Ideal for beginners in this subject, Biodynamics provides an elegant explanation without assuming the reader's understanding of complex physical principles or mathematical equations. Chapter topics include:
_ Dimensions, measurement, and scaling
_ Mechanics and dynamics
_ Biometrics
_ Conservation of momentum
_ Biomechanics
_ Bioelectricity
_ Bioenergetics
_ Fluid mechanics and dynamics
_ Data analysis
_ Biostatistics
Packed with problem sets, examples, and original line drawings, Biodynamics is an invaluable text for advanced undergraduates, graduate students, and instructors in medicine, biology, physiology, biophysics, and bioengineering.
Taking a comprehensive approach to the phenomenon of locomotion, Biodynamics: Why the Wirewalker Doesn't Fall integrates physical laws and principles with concepts of fractals, chaos, and randomness. In so doing, it formulates a description of both the large-scale, smooth aspects of locomotion and the more minute, randomized mechanisms of this physiological process.
Ideal for beginners in this subject, Biodynamics provides an elegant explanation without assuming the reader's understanding of complex physical principles or mathematical equations. Chapter topics include:
_ Dimensions, measurement, and scaling
_ Mechanics and dynamics
_ Biometrics
_ Conservation of momentum
_ Biomechanics
_ Bioelectricity
_ Bioenergetics
_ Fluid mechanics and dynamics
_ Data analysis
_ Biostatistics
Packed with problem sets, examples, and original line drawings, Biodynamics is an invaluable text for advanced undergraduates, graduate students, and instructors in medicine, biology, physiology, biophysics, and bioengineering.
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