A coupled numerical model to predict heat transfer and passenger thermal comfort in vehicle cabins

Keyphrases

• Cabin 100%
• Vehicle Cabin 100%
• Heat Transfer 100%
• Coupled Simulation 100%
• Passenger Thermal Comfort 100%
• Thermal Comfort in Vehicle 100%
• Thermal Comfort 50%
• Coupled Models 50%
• Comfort Model 50%
• Thermophysiological Comfort 50%
• Cabin Air 50%
• Body Parts 25%
• Thermal Sensation 25%
• Climate Conditions 25%
• Airflow 25%
• Moisture 25%
• Model Use 25%
• Surface Temperature 25%
• Modern Vehicles 25%
• Spatially Resolved 25%
• Respiration 25%
• Solid Surface 25%
• Climate Chamber 25%
• Local Measures 25%
• Heat Transport 25%
• Cabin Heating 25%
• Dynamic Coupling 25%
• Heat Exchange 25%
• CFD Simulation 25%
• Coupling Algorithm 25%
• Numerical Prediction 25%
• Vehicle Energy Consumption 25%
• Cold Environment 25%
• Cooling Load 25%
• Two-sample Test 25%
• Sweating 25%
• Heating Energy Consumption 25%
• Human Subject Test 25%
• Cabin Cooling 25%
• Heating Load 25%
• Low Emissivity 25%
• Window Coating 25%
• Cold Weather Conditions 25%
• Cabin Structure 25%
• Electrically Driven 25%
• Temporally Resolved 25%

Engineering

• Thermal Comfort 100%
• Coupled Model 100%
• Numerical Model 100%
• Physiological Comfort 100%
• Energy Engineering 50%
• Conducted Experiment 50%
• Test Sample 50%
• Body Part 50%
• Computational Fluid Dynamics 50%
• Do Model 50%
• Heat Exchange 50%
• Numerical Prediction 50%
• Cold Environment 50%
• Heating Energy 50%
• Major Portion 50%
• Test Subject 50%
• Emissivity 50%
• Heating Panel 50%
• Coating Window 50%
• Heat Transport 50%
• Cooling Load 50%