Earth & Environmental Sciences
city
48%
urban climate
37%
air temperature
33%
roof
33%
mitigation
31%
cooling
30%
climate
30%
albedo
26%
heating
23%
air conditioning
22%
simulation
22%
modeling
19%
weather
18%
microclimate
17%
sensible heat flux
17%
temperature
16%
air quality
15%
summer
15%
pedestrian
14%
climate change
14%
effect
14%
ozone
13%
urban area
13%
energy
13%
energy balance
13%
natural gas consumption
12%
pavement
12%
surface temperature
12%
energy consumption
11%
residential building
10%
health
10%
energy efficiency
9%
exposure
9%
warming
9%
electricity
8%
winter
8%
electricity consumption
8%
surface energy
8%
temperate climate
8%
vulnerability
8%
material
8%
vegetation
8%
desert
8%
meteorology
8%
land surface
8%
asphalt
8%
ventilation
7%
footprint
7%
Engineering & Materials Science
Roofs
70%
Hot Temperature
68%
Cooling
36%
Temperature
36%
Climate change
34%
Thermal comfort
34%
Air
25%
Energy utilization
22%
Air conditioning
19%
Heating
18%
Phase change materials
17%
Health
16%
Electricity
16%
Heat flux
14%
Thermal effects
14%
Energy balance
13%
Ozone
12%
Pavements
12%
Ponds
12%
Thermodynamic properties
12%
Lakes
11%
Water
11%
Wind power
10%
Energy conservation
10%
Energy efficiency
10%
Heat transfer
9%
Natural gas
9%
Office buildings
9%
Crops
8%
Atmospheric humidity
8%
Radiation
8%
Moisture
8%
Meteorology
7%
Soils
7%
Outages
7%
Ventilation
6%
Radiative Cooling
6%
Utility programs
6%
Monocrystalline silicon
6%
Health risks
6%
HVAC
6%
Air quality
6%
Waste heat
5%
Parking
5%
Irrigation
5%
Global warming
5%
Zero energy buildings
5%
Cooling water
5%
Air pollution
5%
Regression analysis
5%
Social Sciences
heat
100%
climate
35%
air
32%
building
29%
simulation
22%
energy
18%
pedestrian
15%
heat pump
13%
conditioning
9%
desert
9%
climate change
8%
water
8%
efficiency
7%
residential building
7%
Egypt
6%
scenario
6%
efficiency analysis
6%