Case study of simulation of heat export by rainfall runoff from a small urban watershed using MINUHET

Engineering & Materials Science

• Runoff 100%
• Watersheds 87%
• Rain 75%
• Hot Temperature 33%
• Water 22%
• Temperature 19%
• Hydraulic conductivity 18%
• Enthalpy 14%
• Asphalt 13%
• Flow rate 10%
• Ponds 9%
• Thermal diffusivity 9%
• Land use 8%
• Infiltration 8%
• Drainage 7%
• Specific heat 7%
• Thermodynamic properties 6%
• Sensitivity analysis 6%
• Time series 6%
• Rocks 5%
• Surface roughness 5%
• Heat transfer 4%

Earth & Environmental Sciences

• watershed 50%
• runoff 48%
• rainfall 43%
• simulation 30%
• asphalt 15%
• temperature 15%
• urban development 13%
• hydraulic conductivity 12%
• water 10%
• dew point 8%
• drainage network 8%
• heat capacity 8%
• best management practice 8%
• need 7%
• rate 6%
• data quality 6%
• aid 6%
• diffusivity 6%
• roughness 6%
• sensitivity analysis 6%
• heat transfer 6%
• water temperature 5%
• pond 5%
• infiltration 5%
• time series 4%
• parameter 4%
• land use 4%
• rock 3%

Chemical Compounds

• Heat 51%
• Simulation 44%
• Enthalpy 18%
• Flow Kinetics 17%
• Dew Point 17%
• Thermal Diffusivity 16%
• Flow 14%
• Heat Transfer 12%
• Heat Capacity 11%
• Volume 6%
• Time 4%