Temperature and heat flux at residential surfaces due to solar-beam radiative selectivity, geography/climate, insulation/structural configuration, humidity, and sky condition

Keyphrases

• Heat Flux 100%
• Humidity Conditions 100%
• Insulation 100%
• Structural Configuration 100%
• Exterior Surface 100%
• Sky Conditions 100%
• United States 66%
• Internal Surface 66%
• Solar Beam Radiation 66%
• Minneapolis 33%
• Humidity 33%
• Numerical Simulation 33%
• Albedo 33%
• Climatic Conditions 33%
• Solar Energy 33%
• Emissivity 33%
• Water Vapor 33%
• Winter Season 33%
• Air Temperature 33%
• Phoenix 33%
• Miami 33%
• Cloud Cover 33%
• Conduction-radiation 33%
• Conduction-convection 33%
• Convective Heat Transfer Coefficient 33%
• Electricity Consumption 33%
• Power Requirement 33%
• Sky Radiation 33%
• Summer Season 33%
• Radiation Incidents 33%
• Residential House 33%
• Diurnal Temperature 33%
• Summer Conditions 33%
• Selective Coating 33%
• Winter Heating 33%
• Human Comfort 33%
• Insulation System 33%
• Roof Surface 33%
• Heat Flux Effect 33%

Engineering

• Structural Configuration 100%
• Solar Beam 100%
• Heat Flux 100%
• Internal Surface 50%
• Beam Radiation 50%
• United States 50%
• Solar Energy 25%
• Surrounding Air 25%
• Temperature Heat 25%
• Power Requirement 25%
• Climatic Condition 25%
• Convective Heat Transfer Coefficient 25%
• Summer Condition 25%
• Human Comfort 25%
• Summer Season 25%
• Insulation System 25%
• Electricity Consumption 25%
• Albedo 25%
• Sky Radiation 25%
• Computer Simulation 25%
• Emissivity 25%
• Cloud Cover 25%