AbstractCyclists travelling in groups experience a significant reduction in the wind resistance and those behind consume less energy due to the shielding effect of the front cyclist. We investigated drafting effects by wind tunnel tests realizing a test set-up with two cyclists pedalling at different longitudinal distance. Drag reduction effects on both the leading and the trailing cyclist are confirmed. The presence of lateral wind is also investigated showing a significant reduction of the drafting effect also for light winds
A cycling peloton is the main group of cyclists riding closely together to reduce aerodynamic drag a...
A cycling peloton is the main group of cyclists riding closely together to reduce aerodynamic drag a...
It is well-known in elite cycling that a cyclist riding behind a car experiences a substantial reduc...
AbstractCyclists travelling in groups experience a significant reduction in the wind resistance and ...
Cyclists travelling in groups experience a significant reduction in the wind resistance and those be...
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...
Motorcycles are present in cycling races for reasons including television broadcasting. During parts...
Drafting is riding close behind each other to reduce aerodynamic drag. New simulations and measureme...
Aerodynamics plays a significant role in the field of cycling as it is the dominant resistive force ...
The effect of drafting on the aerodynamic drag of a trailing cyclist has been widely investigated. H...
The aerodynamic drag of a trailing cyclists in a tandem formation is investigated at different later...
Research highlights: • High-resolution grids with wall-adjacent cell centres at 15 micrometer from t...
The aerodynamic drag of two drafting cyclists in upright position (UP), dropped position (DP) and ti...
A cycling peloton is the main group of cyclists riding closely together to reduce aerodynamic drag a...
A cycling peloton is the main group of cyclists riding closely together to reduce aerodynamic drag a...
It is well-known in elite cycling that a cyclist riding behind a car experiences a substantial reduc...
AbstractCyclists travelling in groups experience a significant reduction in the wind resistance and ...
Cyclists travelling in groups experience a significant reduction in the wind resistance and those be...
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...
Motorcycles are present in cycling races for reasons including television broadcasting. During parts...
Drafting is riding close behind each other to reduce aerodynamic drag. New simulations and measureme...
Aerodynamics plays a significant role in the field of cycling as it is the dominant resistive force ...
The effect of drafting on the aerodynamic drag of a trailing cyclist has been widely investigated. H...
The aerodynamic drag of a trailing cyclists in a tandem formation is investigated at different later...
Research highlights: • High-resolution grids with wall-adjacent cell centres at 15 micrometer from t...
The aerodynamic drag of two drafting cyclists in upright position (UP), dropped position (DP) and ti...
A cycling peloton is the main group of cyclists riding closely together to reduce aerodynamic drag a...
A cycling peloton is the main group of cyclists riding closely together to reduce aerodynamic drag a...
It is well-known in elite cycling that a cyclist riding behind a car experiences a substantial reduc...