Keyphrases
Material Selection
100%
Nearly Zero Energy Buildings (nZEB)
100%
Thermal Insulation Material
100%
Single-family House
100%
Multi-criteria Decision-making Method
100%
Thermal Comfort
75%
Analytical Hierarchy Process
75%
Energy Efficiency Level
75%
Environmental Impact
50%
Optimal Cost
50%
Investment Cost
50%
Thermal Insulation
50%
Expanded Polystyrene
50%
Optimal Energy Efficiency
50%
Glass Wool
50%
Rockwool
50%
Primary Energy Use
50%
Weighted Sums
50%
Weighting Factor
25%
Cost Efficiency
25%
Performance Criteria
25%
Building Envelope
25%
Energy Use
25%
Weighting Method
25%
Extruded Polystyrene
25%
Energy Cost
25%
Performance-based
25%
Life Cycle Cost
25%
Continental Climate
25%
Decision-making Process
25%
Equal Weights
25%
European Commission
25%
Multicriteria Decision-making
25%
Thickness Variation
25%
Embodied Carbon
25%
Carbon Energy
25%
Embodied Energy
25%
Use Life
25%
Attribute Variation
25%
Insulation Configuration
25%
Building Archetypes
25%
Housing Building
25%
Lover
25%
Effective Distribution
25%
Cellular Glass
25%
Thermophysical Performance
25%
Engineering
Multi-Criteria Decision-Making
100%
Thermal Insulation Material
100%
Energy Conservation
75%
Energy Efficiency
75%
Thermal Comfort
75%
Efficiency Level
75%
Analytical Hierarchy Process
75%
Environmental Impact
50%
Thermal Insulation
50%
Optimal Cost
50%
Investment Cost
50%
Primary Energy
50%
Sum Method
50%
Weighting Factor
25%
Cost Efficiency
25%
Performance Criterion
25%
Building Envelope
25%
Lifecycle Cost
25%
Material Attribute
25%
Embodied Energy
25%
Embodied Carbon
25%