A human energy balance model with clothing effects for estimating human thrmal comfort

Engineering & Materials Science

• Energy balance 75%
• Thermal comfort 69%
• Thermal load 36%
• Hot Temperature 21%
• Atmospheric humidity 16%
• Moisture 15%
• Energy conservation 14%
• Metabolism 11%
• Weathering 11%
• Physiology 10%
• Solar radiation 9%
• Convection 8%
• Heat transfer coefficients 8%
• Color 6%
• Heat transfer 6%
• Air 4%
• Temperature 3%
• Costs 3%

Chemical Compounds

• Energy Balance 100%
• Environment 40%
• Heat Transfer 25%
• Humidity 21%
• Convective Heat Transfer 19%
• Solar Radiation 15%
• Weathering 14%
• Energy 11%
• Safety 10%
• Pharmacological Metabolism 9%
• Heat 8%
• Flow 7%
• Resistance 7%
• Amount 5%