Keyphrases
Air Condition
34%
Air Conditioning
28%
Air Conditioning Design
20%
Building Energy Simulation
16%
Building Ventilation
27%
Carbon Budget
27%
Carbon Dioxide Emissions
41%
China
60%
City Scale
34%
Climate Change
20%
CO2 Emissions
25%
Computational Fluid Dynamics
33%
Computational Fluid Dynamics Modeling
16%
Daylight
16%
Decision Tool
17%
Design Tools
27%
Developing Countries
31%
Development Regions
26%
Dynamic Study
27%
Energy Saving
29%
Energy Shortage
23%
Global Warming
21%
Hong Kong
52%
Incidence Angle
15%
Indoor Thermal Environment
56%
Irradiance
20%
Japan
65%
Malaysia
35%
Natural Ventilation
62%
Numerical Prediction
18%
Numerical Results
20%
Numerical Simulation
17%
Prediction Accuracy
15%
Simulation-based Design
27%
Station Building
27%
System Dynamics Model
27%
Thermal Comfort
53%
Thermal Environment
52%
Topographic Factors
27%
Train Station
27%
Turbulence Model
38%
Urban Areas
30%
Urban Environment
20%
Urban Heat Island
16%
Urban Planning Process
17%
Urban Residential Buildings
27%
Urbanization
17%
Waiting Room
21%
Wind Environment
15%
Wind-thermal
20%
Engineering
Actual Condition
20%
Air Conditioner
15%
Air Conditioning
34%
Airfoil
13%
Applicability
15%
Building Ventilation
27%
Climate Change
33%
Common Type
13%
Computational Fluid Dynamics
73%
Computer Simulation
27%
Concentrated Photovoltaics
13%
Convective Heat Transfer Coefficient
13%
Dehumidification
20%
Design Tool
27%
Developed Database
13%
Developing Countries
36%
Domestic Energy Consumption
13%
Dynamic Models
27%
Energy Building
13%
Energy Conservation
75%
Energy Engineering
100%
Energy Simulation
13%
Global Warming
17%
Greenhouse Gas
13%
Heat Balance
13%
Illuminance
13%
Irradiance
20%
Japan
57%
Liquid Phase
13%
Natural Ventilation
62%
Numerical Prediction
18%
Photovoltaic System
13%
Photovoltaics
13%
Residential Building
32%
Scale Parameter
13%
Shape Parameter
13%
Solar Energy
13%
Space Cooling
13%
Summer Season
13%
Surface Resistance
13%
Systems Dynamics
43%
Thermal Comfort
84%
Thermal Environment
81%
Thermal Resistance
13%
Two Dimensional
13%
Two-Phase Flow
13%
Urban Energy Consumption
13%
Urban Heat Island Effect
16%
Urban Planning
20%
Wind Power
27%
