Biomechanics IX, Part 2David A. Winter |
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Page 251
... motion , especially human gait , is often studied with the aid of cinema- tography . This kind of equipment was used in the past two years in the new motion laboratory of Sainte - Justine Hospital in Montreal . It was first developed to ...
... motion , especially human gait , is often studied with the aid of cinema- tography . This kind of equipment was used in the past two years in the new motion laboratory of Sainte - Justine Hospital in Montreal . It was first developed to ...
Page 329
David A. Winter. Figure 3 - Simulated motion sequence . as reported by McMahon and Greene ( 1979 ) . Starting with an initial state vector obtained from an analysis of their motion , a time history of the joint moment was assumed and ...
David A. Winter. Figure 3 - Simulated motion sequence . as reported by McMahon and Greene ( 1979 ) . Starting with an initial state vector obtained from an analysis of their motion , a time history of the joint moment was assumed and ...
Page 527
... motion . However , due to the complexity of these techniques these studies have primarily examined the human neuromuscular control system during gait ( Crowninshield , 1978 ) or other simple human motion ( e.g. , Hatze , 1976 ) . To ...
... motion . However , due to the complexity of these techniques these studies have primarily examined the human neuromuscular control system during gait ( Crowninshield , 1978 ) or other simple human motion ( e.g. , Hatze , 1976 ) . To ...
Contents
and A A Turner | 9 |
Muscles of the Trunk A Thorstensson L Oddsson E Andersson | 15 |
Brundin I M Hagner I Coggman and J Sondell | 21 |
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acceleration analysis Andersson angle angular ankle athletes axis ball velocity Biomechanics body segments calculated camera Cavagna Cavanagh center of gravity center of mass center of percussion components compression coordinates correlation curves cycle determined displacement distance electromyographic energy equations erectores spinae evaluation extensor film flexion foot force plate force platform frequency function gait gait analysis ground reaction force heel helmet horizontal human impact impact forces increased injury joint Journal of Biomechanics kinematic kinetic knee Komi landmark distribution lifting load lumbar magnitude markers maximum mean measured mechanical mechanical efficiency method motion movement muscle muscular myoelectric Nachemson Nigg optimal Ă–rtengren parameters peak performance phase position power output pressure rotation running shoe shoulder simulation skiff skiing sliding rigger spinal spine squat exercise subjects swing Table technique torque transducer trials trunk University Park Press values variables vertical jump weight