Effects of venting geometry on thermal comfort and aerodynamic efficiency of bicycle helmets

Keyphrases

• Helmet 100%
• Thermal Comfort 100%
• Bicycle Helmet 100%
• Aerodynamic Efficiency 100%
• Aerodynamics 33%
• Efciency 33%
• Australia 16%
• Ventilation 16%
• Aerodynamic Drag 16%
• Moisture 8%
• Wind Speed 8%
• Large-scale Projects 8%
• Structural Integrity 8%
• Head Injury 8%
• Convection 8%
• Current Production 8%
• Insulator 8%
• Thermal Stress 8%
• Liner 8%
• Temperature Measurement Method 8%
• Safety Standards 8%
• Humid Environment 8%
• Wind Conditions 8%
• US Consumers 8%
• Recreational Use 8%
• Serious Accidents 8%
• Impact Protection 8%
• Drag Measurement 8%
• Helmet Design 8%
• Repeated Impact 8%
• Bicycle Rider 8%
• Helmet Ventilation 8%
• Aerodynamic Heating 8%
• Plastic Liner 8%
• Ventilation Openings 8%
• Heat Build-up 8%
• Consumer Product Safety Commission 8%
• Foam Polystyrene 8%

Engineering

• Thermal Comfort 100%
• Aerodynamics 100%
• Aerodynamic Efficiency 100%
• Australia 50%
• Aerodynamic Drag 50%
• Main Reason 25%
• Structural Integrity 25%
• Past Decade 25%
• Thermal Stress 25%
• Humid Environment 25%
• Safety Standard 25%
• Polystyrene Foam 25%
• Impact Protection 25%
• Consumer Product Safety 25%
• Legislation 25%