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Books on the topic 'Biomechanical comparison'

Author: Grafiati

Published: 4 June 2021

Last updated: 3 February 2022

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1

Miller, Stuart Anthony. A biomechanical comparison between technique and shooting distance in basketball. Salford: University of Salford, 1992.

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2

Whitehouse, D. A. An investigation into the energy expenditure and biomechanics of two sailing postures. Cardiff: S.G.I.H.E., 1985.

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3

The tree habit in land plants: A functional comparison of trunk constructions with a brief introduction into the biomechanics of trees. Berlin: Springer-Verlag, 1990.

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4

A biomechanical comparison of two forms of front squat. 1986.

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5

A biomechanical comparison of two forms of front squat. 1986.

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6

Fuller, Jay John. A biomechanical comparison of two forms of front squat. 1986.

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7

A biomechanical comparison of novice, intermediate and elite ice skaters. 1989.

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8

A biomechanical comparison of novice, intermediate and elite ice skaters. Ottawa: National Library of Canada, 1986.

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9

A biomechanical comparison of the vertical jump and Margaria power tests. 1990.

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10

A biomechanical comparison of the vertical jump and Margaria power tests. 1988.

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11

A biomechanical comparison between the standard and revised glide techniques of shotputting. 1989.

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12

A biomechanical comparison between the standard and revised glide techniques of shotputting. 1988.

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13

A comparison of one- and two-camera procedures for the biomechanical analysis of human performance. 1985.

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14

A biomechanical comparison of the consecutive back handspring and the consecutive front handspring in gymnastics. 1991.

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15

A comparison of one- and two-camera procedures for the biomechanical analysis of human performance. 1985.

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16

A comparison of one- and two-camera procedures for the biomechanical analysis of human performance. 1985.

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17

A biomechanical comparison of the consecutive back handspring and the consecutive front handspring in gymnastics. 1989.

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18

Biomechanical comparison of support provided by the Airstirrup Ankle Training Brace [TM] pre- and post-exercise. 1993.

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19

Biomechanical comparison of support provided by the Airstirrup Ankle Training Brace [TM] pre- and post-exercise. 1993.

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20

Biomechanical comparison of support provided by the Airstirrup Ankle Training Brace [TM] pre- and post-exercise. 1993.

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21

A comparision of one- and two-camera procedures for the biomechanical analysis of human performance. 1985.

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22

Freeman, Lynetta Jean. Skin wound healing in Ehlers-Danlos syndrome: Clinical, histopathological and biomechanical comparisons in affected and nonaffected dogs and cats. 1986.

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23

The Tree Habit in Land Plants A Functional Comparison of Trunk Constructions with a Brief Introduction into the Biomechanics of Trees. Berlin/Heidelberg: Springer-Verlag, 1990. http://dx.doi.org/10.1007/bfb0011397.

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24

Biewener, Andrew, and Sheila Patek. Animal Locomotion. Oxford University Press, 2018. http://dx.doi.org/10.1093/oso/9780198743156.001.0001.

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Abstract:

This book provides a synthesis of the physical, physiological, evolutionary, and biomechanical principles that underlie animal locomotion. An understanding and full appreciation of animal locomotion requires the integration of these principles. Toward this end, we provide the necessary introductory foundation that will allow a more in-depth understanding of the physical biology and physiology of animal movement. In so doing, we hope that this book will illuminate the fundamentals and breadth of these systems, while inspiring our readers to look more deeply into the scientific literature and investigate new features of animal movement. Several themes run through this book. The first is that by comparing the modes and mechanisms by which animals have evolved the capacity for movement, we can understand the common principles that underlie each mode of locomotion. A second is that size matters. One of the most amazing aspects of biology is the enormous spatial and temporal scale over which organisms and biological processes operate. Within each mode of locomotion, animals have evolved designs and mechanisms that effectively contend with the physical properties and forces imposed on them by their environment. Understanding the constraints of scale that underlie locomotor mechanisms is essential to appreciating how these mechanisms have evolved and how they operate. A third theme is the importance of taking an integrative and comparative evolutionary approach in the study of biology. Organisms share much in common. Much of their molecular and cellular machinery is the same. They also must navigate similar physical properties of their environment. Consequently, an integrative approach to organismal function that spans multiple levels of biological organization provides a strong understanding of animal locomotion. By comparing across species, common principles of design emerge. Such comparisons also highlight how certain organisms may differ and point to strategies that have evolved for movement in diverse environments. Finally, because convergence upon common designs and the generation of new designs result from historical processes governed by natural selection, it is also important that we ask how and why these systems have evolved.

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