Engineering & Materials Science
District heating
93%
Hot Temperature
92%
Cooling
91%
Heating
89%
Thermal energy
73%
Computer simulation
49%
Facades
47%
Solar buildings
33%
Urban planning
32%
Cooling systems
28%
Computational fluid dynamics
25%
Energy management systems
23%
Systems analysis
23%
Temperature
22%
Sensitivity analysis
22%
Climate change
22%
Smart city
22%
Digital signal processing
20%
Electricity
20%
Pumps
20%
Specific heat
20%
Renewable energy resources
19%
Chemical activation
18%
Concretes
17%
Information systems
16%
Office buildings
15%
Decision making
14%
Air
14%
Model predictive control
13%
Pipe
13%
Planning
13%
Computer aided design
12%
Global warming
11%
Energy utilization
10%
Sensors
10%
Irradiation
10%
Digital twin
9%
Decarbonization
9%
Water
9%
Visualization
9%
Time and motion study
9%
Compressors
8%
Densification
7%
HVAC
7%
Geometry
7%
Test facilities
7%
Geographic information systems
7%
Thermal load
6%
Specifications
6%
Computer programming languages
6%
Mathematics
Heating
100%
Cooling
78%
Co-simulation
64%
Sector
63%
Energy
45%
Heat
42%
Dynamic Simulation
41%
Geographical Information System
35%
Buildings
31%
Work Flow
29%
Dynamic Modeling
28%
Modeling and Simulation
26%
Simulation Tool
22%
Flexibility
22%
Simulation Model
19%
Simulation Framework
18%
Energy Model
16%
Simulation
14%
Simulation Environment
13%
Heat Capacity
12%
Pump
11%
Thermal Model
9%
Energy Consumption
9%
Model
8%
Climate
8%
Process Simulation
7%
Data Storage
7%
Global Warming
6%
Multi-model
6%
Electricity Market
6%
Optimise
6%
Modeling
6%
Parameterise
6%
Mean deviation
6%
Dimensioning
6%
System Simulation
5%
Annual
5%
Electricity
5%
Simulation Platform
5%
Modelica
5%
Visualization
5%
Modeling Method
5%
Community
5%
Requirements
5%
Water
5%
Demand
5%
Earth & Environmental Sciences
energy
69%
energy management
53%
simulation
50%
district heating
39%
cooling
39%
city
38%
heating
28%
energy demand
24%
modeling
18%
sensitivity analysis
17%
method
16%
GIS
15%
savings
13%
heat pump
10%
electricity
10%
energy production
9%
stakeholder
9%
computer aided design
9%
hot water
9%
development area
7%
alternative energy
6%
state of the art
6%
analysis
6%
environmental conditions
6%
climate conditions
6%
cost
6%
decoupling
5%
urbanization
5%
demand
5%
heat production
5%
architectural design
5%
air temperature
5%
