Access: Applied Biomechanics: Sport Performance and Injury Prevention

Applied Biomechanics: Sport Performance and Injury Prevention

Weitere Verfasser:	Navarro, Enrique , [HerausgeberIn] Navandar, Archit , [HerausgeberIn] Veiga, Santiago , [HerausgeberIn] Juan Ferrer, Alejandro San , [HerausgeberIn]
Umfang/Format:	1 online resource (198 pages).
Schlagworte:	Research & information: general vertical jump flight time take-off velocity fatigue muscle overload performance force platform smartphone application APP female soccer muscular activity blocking agility maximum vertical jump height median frequency 3D motion capture full-body biomechanical modeling X-factor hip flexibility whip-like movement dispersion of impact load during falling risk factors team sport groin hamstring pubic pain pubic symphysis symphyseal pain force ratio hamstrings rectus femoris pelvic torsion pelvic position hemi pelvises athletic pubalgia core function football field test reliability double pendulum kinematic sequences delayed release transition phase postural control center of pressure in-season intervention injury risk ankle sprain prevention youth ski racing biological maturity anthropometric characteristics core flexion to extension strength ratio talent development track and field kinematics performance analysis competition DLT algorithms 3D shape modeling aerodynamics computational fluid dynamics cycling projected frontal area inertial sensors joint biomechanics motion capture system inter-limb coordination direct linear transformation volleyball spike landing sagittal biomechanics non-contact ACL injuries statistical parametric mapping (SPM) electromyography ratio prevention injury n/a
Online Zugang:	DOAB: download the publication DOAB: description of the publication

Zugang:	Open Access
Benutzungs- und Reproduktionsbedingungen:	Creative Commons
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