Studies investigating lower limb kinematics, kinetics and muscle parameters when
performing high-speed running on natural grass, artificial grass and hard surfaces remain …

The purpose of this study was to determine whether inertial motion capture (IMC) in
combination with musculoskeletal modeling is a suitable method to assess lower limb …

Background: Running is a fundamental skill and requirement of all athletic activities.
Therefore, there is a need to understand lower limb muscles function during running. This is …

Data collection process This dataset includes running biomechanics measured using an
instrumented treadmill combined with three-dimensional motion capture and surface muscle …

Background: The present research aimed to describe an inertial unit (IU)-based sprint
mechanics evaluation model for assessing players' readiness to return to competition after …

Inertial sensor-based measurements of lower body kinematics in football players may
improve physical load estimates during training sessions and matches. However, the validity …

The study's objective was to identify the features of internal movement structure that depend
on speed and the importance of unloading when jogging on an anti-gravity treadmill. The …

The effect of variations in joint kinetics on sprint performance in individual athletes is not yet
known. To investigate biomechanical contributions to maximum velocity sprint running, data …

It has been established that running on natural'off-road'terrain elicits a higher energy
demand than running on road. Running on such terrain may also result in changes to the …

ABSTRACT The Force-velocity (Fv) and Power-velocity (Pv) relationships quantify athlete's
horizontal force production capacities during sprinting. Efforts are underway to enhance …