Mark- och miljövetenskap
life cycle
46%
insulation
42%
architectural design
41%
sustainability
39%
indoor environment
38%
cost
37%
decision
33%
energy
28%
material
28%
asbestos
27%
energy efficiency
27%
financing
22%
capital market
22%
demolition
21%
rental housing
21%
stakeholder
21%
energy use
21%
building technology
19%
residential building
19%
global warming
18%
social value
17%
machine learning
16%
holistic approach
15%
moisture
14%
meta-analysis
14%
methodology
14%
public
14%
project
12%
artificial neural network
12%
evaluation
11%
income
11%
ventilation
10%
demolition waste
10%
mitigation
10%
recyclability
10%
parameter
10%
prediction
10%
environmental economics
10%
profitability
9%
PCB
9%
decision making
9%
effect
9%
in situ
9%
refurbishment
9%
climate effect
8%
city
8%
heating
8%
literature review
7%
economics
7%
need
7%
Ingenjörs- och materialvetenskap
Life cycle
60%
Sustainable development
41%
Costs
38%
Hazardous materials
36%
Retrofitting
33%
Insulation
32%
Global warming
24%
Moisture
23%
Machine learning
21%
Sirens
21%
Wooden buildings
20%
Profitability
19%
Environmental impact
19%
Uncertainty
19%
Energy policy
19%
Demolition
18%
Energy efficiency
18%
Wood
17%
Economics
16%
Office buildings
15%
Energy conservation
15%
Bayesian networks
13%
Probability distributions
12%
Asbestos
10%
Concretes
8%
Industry
8%
Ventilation
8%
Polychlorinated biphenyls
8%
Heating
8%
Managers
7%
Decision making
6%
School buildings
6%
Fungi
6%
Timber
5%
Sealants
5%
Samhällsvetenskap
renovation
100%
building
52%
energy
43%
Sweden
36%
hazardous material
35%
costs
32%
life cycle
28%
sustainability
24%
uncertainty
22%
residential density
22%
life cycle assessment
20%
rent
18%
public housing
17%
apartment
17%
capital market
17%
efficiency
17%
heat pump
10%
building owner
9%
economics
7%
unexpected cost
6%
environmental quality
6%
climate
6%
methodology
6%
Environmental investigations
6%
energy saving
5%
learning
5%
