Evaluating the effectiveness of high thermal resistance aggregates in asphalt mixtures for Urban Heat Island (UHI) mitigation

Keyphrases

• Air Voids 20%
• Ambient Conditions 20%
• Asphalt Mixture 100%
• Ceramic Brick 20%
• Clay Brick 20%
• Daytime Radiative Cooling 20%
• Heat Accumulation 20%
• Heat Dissipation 20%
• Heat Storage 20%
• High Thermal Resistance 100%
• High Thermals 20%
• Radiation Condition 20%
• Slow Cooling 20%
• Slow Heating 20%
• Solar Radiation 20%
• Stable Surface 20%
• Surface Temperature 20%
• Sustainable Asphalt 20%
• Thermal Inertia 60%
• Thermal Performance 20%
• Thermal Properties 20%
• Urban Areas 20%
• Urban Heat Island Effect 20%
• Urban Heat Island Intensity 20%
• Urban Heat Island Mitigation 100%

Engineering

• Air Void 20%
• Ambient Condition 20%
• Asphalt Mixture 100%
• Chilling 20%
• Clay Brick 20%
• Field Test 20%
• Heat Island Intensity 20%
• Heat Loss 20%
• Heat Resistance 100%
• Heat Storage 20%
• Solar Radiation 20%
• Thermal Inertia 60%
• Thermal Performance 20%
• Urban Heat Island Effect 100%