Add to ORKGDrafting is riding close behind each other to reduce aerodynamic drag. New simulations and measurements for drafting cyclists show that also the leading cyclist experiences a drag reduction, up to 3.1%. For six or more similarly-sized drafting cyclists, the position enjoying the largest drag reduction is the one-but-last position
Research highlights: • High-resolution grids with wall-adjacent cell centres at 15 micrometer from t...
The effect of drafting on the aerodynamic drag of a trailing cyclist has been widely investigated. H...
\u3cp\u3eA cycling peloton is the main group of cyclists riding closely together to reduce aerodynam...
Drafting is riding close behind each other to reduce aerodynamic drag. New simulations and measureme...
An on-site Ring of Fire (RoF) experiment is performed at the Tom Dumoulin bike park in Sittard-Gelee...
Aerodynamic drag contributes the majority of the resistance acting on elite cyclists. At speeds of 5...
AbstractAerodynamic drag contributes the majority of the resistance acting on elite cyclists. At spe...
AbstractCyclists travelling in groups experience a significant reduction in the wind resistance and ...
Motorcycles are present in cycling races for reasons including television broadcasting. During parts...
Performance in cycling events is strongly dependent on aerodynamic drag due to the high proportion o...
Aerodynamics plays a significant role in the field of cycling as it is the dominant resistive force ...
Cyclists travelling in groups experience a significant reduction in the wind resistance and those be...
The aerodynamic drag of a trailing cyclists in a tandem formation is investigated at different later...
This paper presents finite-volume-based scale-adaptive simulations of single paceline configurations...
Cycling races contain a multitude of cars including team cars. During parts of the race, the cyclist...
Research highlights: • High-resolution grids with wall-adjacent cell centres at 15 micrometer from t...
The effect of drafting on the aerodynamic drag of a trailing cyclist has been widely investigated. H...
\u3cp\u3eA cycling peloton is the main group of cyclists riding closely together to reduce aerodynam...
Drafting is riding close behind each other to reduce aerodynamic drag. New simulations and measureme...
An on-site Ring of Fire (RoF) experiment is performed at the Tom Dumoulin bike park in Sittard-Gelee...
Aerodynamic drag contributes the majority of the resistance acting on elite cyclists. At speeds of 5...
AbstractAerodynamic drag contributes the majority of the resistance acting on elite cyclists. At spe...
AbstractCyclists travelling in groups experience a significant reduction in the wind resistance and ...
Motorcycles are present in cycling races for reasons including television broadcasting. During parts...
Performance in cycling events is strongly dependent on aerodynamic drag due to the high proportion o...
Aerodynamics plays a significant role in the field of cycling as it is the dominant resistive force ...
Cyclists travelling in groups experience a significant reduction in the wind resistance and those be...
The aerodynamic drag of a trailing cyclists in a tandem formation is investigated at different later...
This paper presents finite-volume-based scale-adaptive simulations of single paceline configurations...
Cycling races contain a multitude of cars including team cars. During parts of the race, the cyclist...
Research highlights: • High-resolution grids with wall-adjacent cell centres at 15 micrometer from t...
The effect of drafting on the aerodynamic drag of a trailing cyclist has been widely investigated. H...
\u3cp\u3eA cycling peloton is the main group of cyclists riding closely together to reduce aerodynam...