Add to ORKGThe aerodynamic efficiency is an important design criterion for bicycle helmets. The characteristics of venting geometry, venting orientation and venting location play a vital role in aerodynamic drag. In order to design an aerodynamically efficient bicycle helmets, a comprehensive study is required. Therefore, the primary objectives of this work were to study the aerodynamic efficiency as a function of venting geometry, venting location and orientation for a series of recreational production helmets currently available in Australian market
AbstractIn competitive cycling, aero-helmets have been used around since 1980 to reduce aerodynamic ...
Research on aerodynamics on racing bicycles always develops from time to time. The various geometry ...
Bicycle helmets can reduce the risk for head injuries in traffic accidents where cyclists are involv...
The thermal comfort and aerodynamic efficiency are becoming important design criteria for bicycle he...
The primary objective of a helmet is to provide head protection during fall or accident, however, th...
The aerodynamic efficiency is becoming an important factor in bicycle helmet design and marketing. C...
AbstractThe thermal comfort and aerodynamic efficiency are becoming important factors in bicycle hel...
The thermal comfort and aerodynamic efficiency are becoming important factors in bicycle helmet desi...
The thermal comfort and aerodynamic efficiency are becoming important factors in bicycle helmet desi...
Aerodynamic efficiency is one of the important criteria for racing bicycle helmets, especially in ti...
In competitive cycling, aero-helmets have been used around since 1980 to reduce aerodynamic resistan...
The main ambition of using bicycle helmet is to provide protection for riders especially from head i...
Bicycle helmets today have far surpassed the basic requirements for safety and protection of the rid...
© IMechE 2019. Within the sport of cycling, aerodynamic efficiency is a fundamental criterion for eq...
In cycling events, aerodynamic drag contributes most of the resistance experienced by a competitive ...
AbstractIn competitive cycling, aero-helmets have been used around since 1980 to reduce aerodynamic ...
Research on aerodynamics on racing bicycles always develops from time to time. The various geometry ...
Bicycle helmets can reduce the risk for head injuries in traffic accidents where cyclists are involv...
The thermal comfort and aerodynamic efficiency are becoming important design criteria for bicycle he...
The primary objective of a helmet is to provide head protection during fall or accident, however, th...
The aerodynamic efficiency is becoming an important factor in bicycle helmet design and marketing. C...
AbstractThe thermal comfort and aerodynamic efficiency are becoming important factors in bicycle hel...
The thermal comfort and aerodynamic efficiency are becoming important factors in bicycle helmet desi...
The thermal comfort and aerodynamic efficiency are becoming important factors in bicycle helmet desi...
Aerodynamic efficiency is one of the important criteria for racing bicycle helmets, especially in ti...
In competitive cycling, aero-helmets have been used around since 1980 to reduce aerodynamic resistan...
The main ambition of using bicycle helmet is to provide protection for riders especially from head i...
Bicycle helmets today have far surpassed the basic requirements for safety and protection of the rid...
© IMechE 2019. Within the sport of cycling, aerodynamic efficiency is a fundamental criterion for eq...
In cycling events, aerodynamic drag contributes most of the resistance experienced by a competitive ...
AbstractIn competitive cycling, aero-helmets have been used around since 1980 to reduce aerodynamic ...
Research on aerodynamics on racing bicycles always develops from time to time. The various geometry ...
Bicycle helmets can reduce the risk for head injuries in traffic accidents where cyclists are involv...