Engineering & Materials Science
Ventilation
100%
District heating
76%
Hot Temperature
66%
Air
50%
Ceilings
45%
Heating
42%
Thermal comfort
38%
Thermal load
37%
Costs
36%
Geothermal heat pumps
32%
Office buildings
31%
Temperature
30%
Electricity
29%
Air quality
28%
Pumps
24%
Electric heating
16%
Thermal plumes
16%
Heat pump systems
14%
Water
14%
Cooling systems
13%
HVAC
13%
Momentum
13%
Space heating
12%
Energy utilization
12%
Life cycle
12%
Waste heat utilization
11%
Thermal gradients
10%
Thermal energy
10%
Energy conservation
10%
Waste heat
9%
Cooling
9%
Energy efficiency
8%
Multiobjective optimization
8%
Renewable energy resources
8%
Climate change
8%
Flow interactions
7%
Carbon
6%
Extreme weather
6%
Purging
6%
Zero energy buildings
6%
European Union
6%
Artificial Respiration
6%
Zoning
6%
Ice
6%
Anemometers
6%
Cost effectiveness
6%
Sewage
6%
Electric space heating
5%
Environmental impact
5%
Economics
5%
Earth & Environmental Sciences
heat pump
50%
ventilation
50%
demand
46%
energy
46%
office
43%
district heating
41%
cost
38%
heating
37%
climate
31%
residential building
29%
airflow
26%
air
20%
energy demand
19%
energy efficiency
17%
energy consumption
16%
building service
16%
cooling
14%
electricity
14%
savings
13%
air temperature
11%
life cycle
10%
electricity consumption
10%
indoor air
10%
energy use
10%
simulation
10%
price
9%
rate
9%
stack
8%
momentum
8%
temperature
8%
economic viability
8%
alternative energy
8%
effect
8%
air quality
7%
energy storage
7%
energy saving
7%
experimental study
7%
indoor air quality
7%
waste heat
6%
emission reduction
6%
water consumption
6%
energy production
6%
public building
6%
storage tank
6%
comparison
5%
distribution
5%
method
5%
profitability
5%
acclimation
5%
