Keyphrases
Cross Ventilation
100%
Ventilation Rate
54%
Local Dynamic Similarity
50%
Ventilation
45%
Air Conditioning
42%
Detached House
39%
Discharge Coefficient
34%
Ventilation Performance
34%
Natural Ventilation
34%
CFD Analysis
32%
Wind Tunnel Experiment
31%
Japan
29%
Ventilation System
29%
Thermal Environment
28%
Wind Direction
23%
Capture Efficiency
22%
Turbulence Model
21%
Cooling Load
20%
Indoor Airflow
19%
Ventilation Tower
19%
Dynamic Pressure
19%
Opening Position
18%
Indoor Air Quality
16%
Airflow
15%
Commercial Kitchen
15%
Energy-saving Effect
15%
Urban Areas
15%
Exhaust Hood
15%
Total Heat Exchanger
14%
Cooling System
14%
Computer Room Air Conditioning
14%
Airflow Characteristics
14%
Static Pressure
13%
Heating Load
13%
Indoor Environment
13%
Climate Regions
13%
Air Environment
12%
Air Quality
12%
Prediction Accuracy
12%
CO2 Concentration
12%
Bathing
12%
Computational Fluid Dynamics Analysis
12%
Exhaust Gas
11%
Air Flow Rate
11%
Air Supply
11%
Age of Air
11%
Heating System
11%
Domain Decomposition Method
11%
K-ε Turbulence Model
11%
Building Part
11%
Engineering
Computational Fluid Dynamics
97%
Air Flow
57%
Dynamic Similarity
52%
Tunnel
39%
Detached House
39%
Natural Ventilation
37%
Discharge Coefficient
36%
Japan
36%
Ventilation System
35%
Flow Rate
33%
Flow Velocity
33%
Air Conditioning
33%
Indoor Air
28%
Air Quality
28%
Air Conditioning System
26%
Heating System
23%
Dynamic Pressure
21%
Capture Efficiency
20%
Cooling Load
20%
Tower
19%
Thermal Environment
18%
Thermal Load
17%
Ceilings
16%
Airflow Rate
16%
Exhaust Hood
15%
Exchanger
14%
Negative Pressure
14%
Cooling System
14%
Numerical Study
14%
Static Pressure
13%
Flow Distribution
13%
Inflow Rate
13%
Design Method
13%
Thermal Comfort
12%
Heat Recovery
12%
Dwelling
12%
Air Supply
11%
Proper Design
11%
Domain Decomposition
11%
Applicability
11%
Numerical Prediction
11%
Apartment House
11%
State Concentration
11%
Open Area
10%
Turbulent Flow
10%
Measured Value
10%
Convective
10%
Actual Condition
9%
Exhaust Gas
9%
Airtightness
9%
