Ski jumping is a high-speed sport, which makes it difficult to accurately analyze the technical
motion in a subjective way. To solve this problem, we propose an image-based pose …

Currently, the utilization of micro-computer-aided technologies for the dynamic motion
capture of sports digitalization is increasing gradually. To obtain the accurate athletics digital …

The aerodynamic drag of three different time-trial cycling helmets was analyzed numerically
for two different cyclist head positions. Computational Fluid Dynamics (CFD) methods were …

The purpose of this investigation was to examine the aerodynamics of tucked positions in
competitive alpine skiing. To further our understanding of how a skier's position affects the …

This study investigated the explanatory power of a sensor fusion of two complementary
methods to explain performance and its underlying mechanisms in ski jumping. A differential …

The purpose of this study was to find a generic method to determine the aerial phase of ski
jumping in which the athlete is in a steady gliding condition, commonly known as the 'stable …

The purpose of this investigation was to compare how key variables of the steady glide
phase relate to performance in the two hill sizes used in World Cup and Olympic …

This study aims to investigate the inrun position in ski-jumping, in search for factors
increasing the inrun speed without compromising the take-off. The inrun position of eight …

The flight period of ski jumping involves aerodynamic considerations. Reasonable controls
and adjustments of in-flight body attitudes are beneficial to improve the aerodynamic …

Simple Summary Flight distance determines the score of ski jumping and thus should be
elongated in the competitions. Research has found that an analysis of aerodynamics is …