The 'stiffness' concept originates from Hooke's law which states that the force required to
deform an object is related to a spring constant and the distance that object is deformed …

It is not presently clear whether mathematical models used to estimate leg stiffness during
human running are valid. Therefore, leg stiffness during the braking phase of ground contact …

Running-specific prostheses (RSF) are designed to replicate the spring-like nature of
biological legs (bioL) during running. However, it is not clear how these devices affect whole …

The spring mass model has widely been used to characterize the whole body during
running and sprinting. However the spring mass characteristics of the world's fastest men …

PURPOSE: To evaluate spring–mass (SM) behavior and associated electromyographic
(EMG) activity during a run to exhaustion following a cycle exercise in trained triathletes …

The aim of this study was to investigate human adaptations to fatigue induced by track sprint
repetitions. Eight male sprinters were asked to run 4× 100 m as quickly as possible with 3 …

Sprint running kinetics and kinematics in youth Page 1 Sprint running kinetics and
kinematics in youth Michael C. Rumpf (MSc Exercise Physiology, Diplom-Sportwissenschaftler) …

AIM: To compare three different pacing strategies of running the 400-m sprint, with respect to
the changes of spring-mass model characteristics due to fatigue developed during the race …

Le professeur Grégoire Millet est celui qui a proposé le premier le concept de cette thèse, il
ya cinq ans. Il en est donc l'initiateur. Dès lors, quotidiennement, au sein de l'Académie …

This thesis investigated the affect of exercise induced muscle damage (EIMD) on
musculoskeletal stiffness (MSS), Achilles tendon (AT) stiffness and AT strain. Furthermore …