This paper presents a sensor fusion model for integrating wearable inertial measures with
sensors in the environment. This approach is designed and tested to support body motion …

This paper presents a numerical model of the boat—oars—rower system in a three-
dimensional multibody dynamics approach using the ADAMS commercial software. The …

Background: Rowing movements can be simulated using specialized ergometers; the
method can be used both for training and indoor assessment of body movements within …

The effect of hull dynamics on the hydrodynamic performance of a single scull is
investigated via a combination of field trials and tank tests. The location of laminar-turbulent …

In this study, we investigated the effect of hull dynamics in shallow water on the
hydrodynamic performance of rowing shells as well as canoes and kayaks. An approach …

This study investigated time-courses of physiological and psychological parameters of
rowers during the first 1,500 m of a simulated race on a rowing ergometer using different …

The skills professional rowing indoor training (SPRINT) system is designed to support
rowing training. The system includes a configurable instrumented rowing apparatus that …

Abstract We consider an Extended Finite Element method to solve fluid-structure interaction
problems in the case of an immersed thick structure described by non-linear finite elasticity …

The subject of this research are the kinematic and dynamic stroke variables measurable in
real conditions (during regatta speed boat movement in water), as well as basic body …

Sports results in rowing depend on two the most important factors: the athlete physical
features and the motion's techniques. Both assessment and optimisation of rowing …