Analysis of Thermal Distribution Patterns in Multi-Occupancy Environments

Engineering

• Computational Fluid Dynamics 100%
• Thermal Comfort 100%
• Flow Rate 50%
• Control System 50%
• Dynamic Condition 50%
• Control Strategy 50%
• Control Loop 50%
• Air Conditioning System 50%
• Degree Celsius 50%
• Airflow Rate 50%
• System Efficiency 50%
• Random Forest 50%
• Energy Use in Building 50%
• Building Occupant 50%
• Indoor Space 50%
• Temperature Distribution 50%
• Air Flow 50%
• Flow Velocity 50%
• Simulation Parameter 50%
• Microclimate 50%
• Supplied Air 50%
• Thermal Zone 50%

Keyphrases

• Distribution Pattern 100%
• Thermal Distribution 100%
• Thermal Conditions 75%
• Temperature Distribution 25%
• Control System 25%
• Computational Fluid Dynamics 25%
• Control Strategy 25%
• Personal Comfort 25%
• Control Loop 25%
• Temperature Value 25%
• Computational Fluid Dynamics Simulation 25%
• Thermal Comfort 25%
• Air Conditioning 25%
• Heating Ventilation 25%
• Celsius 25%
• Indoor Environment 25%
• Single Occupancy 25%
• Random Forest Algorithm 25%
• Airflow 25%
• Air Flow Rate 25%
• System Efficiency 25%
• Well-mixed 25%
• Acceptable Conditions 25%
• Shared Space 25%
• Condition Data 25%
• Unresolved Issues 25%
• Occupant Comfort 25%
• Building Energy Consumption 25%
• Building Occupants 25%
• Comfort Evaluation 25%
• Office Space 25%
• Thermal Zone 25%
• Indoor Space 25%
• Simulation Parameters 25%
• Occupancy-based Control 25%
• Supply Air 25%
• Occupancy Conditions 25%