Biomechanics of training and testing

Presents and details simple and accurate methods for testing athletes' performances in running, sprinting, jumping, throwing, and cycling movements, as well as their strength and condition
Discusses not only performance, but also injury prevention, rehabilitation, and its management
Covers innovative methods adapted to real-life practise conditions and suggesting direct applications in many sport activities encompassing biomechanics

Auteur
Jean-Benoit (JB) Morin is currently Full Professor at the Faculty of Sport Sciences of the University of Nice Sophia Antipolis (France). He is a member of the Laboratory of Human Motor Function, Education Sport and Health, and an associate researcher with the Auckland University of Technology Sports Performance Research Institute New Zealand (SPRINZ). He obtained a Track & Field Coach National Diploma in 1998 and graduated in Sport Science at the University of Besançon, France in 2000.
He obtained his PhD in Human Locomotion and Performance in 2004 at the University of Saint-Etienne, France (supervised by Prof. Alain Belli), in collaboration with the University of Udine, Italy (Prof. Pietro diPrampero). He was an Assistant Professor at the Sport Science Department of the University of Saint-Etienne and member of the Laboratory of Exercise Physiology from 2005 to 2014.
Pr Morin's field of research is mainly human locomotion andperformance, with specific interest into running biomechanics and maximal power movements (sprint, jumps). He teaches locomotion, sports biomechanics, and strength training and assessment methods. He has published over 100 peer-review Journal articles since 2002, and collaborates and plays a consultant role with elite sprinters, rugby and football teams (among other sports) all over the world.
Pierre Samozino is an Associate Professor at the Sport Science department of University Savoie Mont Blanc in Chambery (France). His research activities, performed in the Inter-university Laboratory of Human Movement Biology (LIBM) are mainly based on biomechanical approaches and focus on muscle mechanical properties in relation to sport performance and on human locomotion biomechanics. He obtained his PhD in Human Movement sciences in 2009 at the university of Saint-Etienne (France) supervised by Pr. Alain Belli, Dr. Frederique Hintzy and Dr. JB Morin. After two years as junior lecturer at the Sport Science Department of the University of Saint-Etienne from 2009 to 2010, he worked one year (2011) in the Biomechanics and Exercise Physiology Laboratory of the outdoor sport equipment company Salomon.
The central part of his current research is to propose new concepts and simple methods to better understand the neuromuscular determinants of explosive performance (jumps, sprints, change of direction) and make possible their evaluation to the greatest number of sports practitioners, including strength and conditioning coaches in explosive sports (athletics, soccer, basketball, rugby ... ). Pierre Samozino teaches biomechanics, statistics and strength training for Bachelor and Master degree students. He is the author or co-author of over 60 peer review scientific papers from 2006, and collaborates with various sport teams and athletes.

Contenu
Introduction.- Cycling.- Force, Velocity and Power in Cycling.- Pedalling Technique, Effectiveness and Coordination.- Influence of Gear Ratios.- Measurements on Cycle Ergometers.- Ballistic Movements of Lower and Upper Limbs: Jumping and Pushing.-Simple Method for Measuring Jump Height and Power during Rebound and Drop Jump.- Simple Method for Measuring Force, Velocity and Power during Jumping.- Optimal Force-Velocity Profile in Jumping: Measurement and Relationship with Performance.- Simple Method for Measuring Stiffness during Hopping.- Simple Method for Measuring Force, Velocity, Power and Force-Velocity profile of Upper Limbs.- Running.- Simple Method for Measuring Lower Limb Stiffness during Running.- Measuring the Energetic Cost of Sprint Running.- Simple Method for Measuring Force, Velocity, Power and Force-Velocity profile and Optimal Force-Velocity profile during Sprint Running.- Measurements on Sprint Instrumented Treadmills.- Effectiveness of Force Production during Sprint Running.