Aerodynamics has such a profound impact on cycling performance at the elite level that it
has infiltrated almost every aspect of the sport from riding position and styles, equipment …

When cycling on level ground at a speed greater than 14 m/s, aerodynamic drag is the most
important resistive force. About 90% of the total mechanical power output is necessary to …

The last decades have seen an increasing interest in cycling aerodynamics, with the design
of more aerodynamic bicycles and wearable equipment such as helmets and skinsuits and …

This study experimentally investigates the potential of using surface pattern fabrics for the
cylinder noise and drag control in different Reynolds number ranges. The aerodynamic and …

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 …

Spoked wheels are commonly used in cycling races and their aerodynamic performance is a
critical factor in the overall cycling performance, as the wheels can be responsible for about …

The Reynolds number effects on body limbs of a cyclist model, namely leg and arm, are
investigated via robotic volumetric Particle Image Velocimetry measurements in the velocity …

The long jump is a track and field event in which the athlete sprints down a runway and tries
to leap as far as possible from a take-off line. To the best of our knowledge, there are no …

The present work describes and compares previous results in the field of garment
aerodynamics combined with not published results coming from recent experiments …

The aerodynamic impact of surface roughness and trips on a circular cylinder was
investigated. Surface roughness was caused by textile sleeves of seven distinct fabrics …