Engineering
Thermal Comfort
100%
Building Design
96%
Energy Performance
95%
Occupant Behavior
60%
Quality Standard
57%
Energy Engineering
48%
Air Quality
46%
Building Occupant
39%
Building Performance
37%
Building Performance Simulation
31%
Building Envelope
29%
Tasks
28%
Agent-Based Modeling
26%
Built Environment
25%
Indoor Air
23%
Limitations
19%
Conditioning System
19%
Air Conditioning
19%
Building User
19%
Energy Simulation
18%
Energy Building
16%
Design Process
15%
Performance Variable
14%
Simulation Tool
14%
Building Energy Performance
13%
Thermal Zone
12%
Low Energy Building
12%
Applicability
12%
Performance Indicator
11%
Indoor Space
11%
Building Information Modeling
11%
Office Buildings
10%
Retrofit
9%
Design Decision Making
9%
Scientific Basis
9%
Life Cycle Assessment
9%
Bridging
9%
Performance Improvement
9%
Quality Criterion
9%
Masonry Unit
9%
Model Building
9%
Mixed Mode
9%
Mediterranean Climate
9%
Comparative Analysis
9%
Building Energy Efficiency
9%
Displayed Image
9%
Internet of Things
9%
Virtual Reality
9%
Building Management
9%
Human Comfort
9%
Field Test
9%
Human Response
9%
Real Life
9%
Related Requirement
9%
Main Source
9%
Green Building
9%
Microclimate
9%
Relevant Requirement
9%
Operational Efficiency
9%
Policy Maker
9%
Early Stage
9%
Specifies
9%
Climate Zone
9%
Selection Process
9%
Actual Behavior
9%
Design Criterion
9%
Control Strategy
9%
System Operation
9%
Environmental Performance
9%
Quality Aspect
9%
Adaptation Factor
9%
Metrics
9%
Efficient Built Environment
9%
Building System
8%
Building Simulation
7%
Scientific Literature
7%
Model Input
7%
Field Study
7%
Temperature Range
6%
Simulation Model
6%
Environmental Impact
6%
High Resolution
6%
Sectional Study
6%
Energy Benefit
6%
Thermal Environment
6%
Related Factor
5%
Outdoor Temperature
5%
Cooling Load
5%
Boundary Condition
5%
Keyphrases
Building Design
28%
Indoor Air Quality
23%
Building Performance Simulation
23%
Building Operation
22%
Adaptive Thermal Comfort
19%
Indoor Environment
16%
Occupant Behavior Modeling
14%
Energy Performance Gap
14%
Energy Efficient
14%
Occupant Behavior
13%
Environmental Standards
13%
Low Energy Building
12%
Adaptive Principle
12%
Building Design Process
11%
Building Users
11%
Occupant Modeling
11%
Built Environment
11%
Domain Studies
9%
Fit-for-purpose
9%
Operations Practices
9%
Building Design Practices
9%
Sustainable Potential
9%
Dynamic Shading System
9%
User Control
9%
Design Decision-making
9%
Planning Practice
9%
User Roles
9%
Thermal Comfort
9%
Thermal Standards
9%
Adaptive Comfort
9%
View Access
9%
Evidence Evaluation
9%
Decision-making Process
9%
Energy Performance Improvement
9%
Thermal Retrofit
9%
Thermal Comfort Level
9%
Thermal Conditions
9%
Mixed-mode Buildings
9%
Hot Summer Mediterranean Climate
9%
Indoor Environmental Control
9%
Environmental Control Behavior
9%
Rights-based Approach
9%
Building Occupant Behavior
9%
Urban Performance
9%
Problem-based Learning
9%
Learning Context
9%
Studio Classroom
9%
Thermal Landscape
9%
Thermal Transition
9%
Indoor Climate
9%
Conditioning System
9%
Building Energy Performance
9%
Human Dimensions
9%
Design Practice
9%
Modeling Approach
8%
Evidence Chain
7%
Annexe
7%
Occupant Presence
7%
Occupancy
6%
Building Designers
6%
Building Occupants
6%
Design Concept
6%
Adaptive Approach
6%
National Standard
6%
Adaptation Models
6%
Occupant-building Interaction
5%
Running Mean Outdoor Temperature
5%
University of Sydney
5%