Keyphrases
Indoor Air Quality
100%
School Buildings
74%
English School
41%
Energy Retrofit
39%
Energy Efficiency
34%
UK Schools
33%
Multi-criteria Decision Analysis
33%
School Classroom
33%
Primary School
33%
Building Stock
32%
Building Stock Modelling
27%
Air Quality
26%
Building Simulation
25%
Particulate Matter 2.5 (PM2.5)
22%
Indoor Overheating
22%
Overheating Risk
22%
Building Energy Efficiency
20%
Stock Modelling
20%
Retrofit Scenarios
20%
Thermal Comfort
20%
Property Data
19%
Indoor Environmental Conditions
16%
Gas Electron Diffraction
16%
Climate Risk Assessment
16%
Passive Cooling
16%
Weather Files
16%
Asthma Prevalence
16%
Modeling Approach
16%
Risk Assessment Framework
16%
Space Heating
16%
Environmental Quality
16%
PM10
16%
Modeling Techniques
16%
Spatial Risk Assessment
16%
Optimal Combination
16%
Dissociation
16%
Dynamic Thermal Simulation
16%
Modeling Platform
16%
Real Building
16%
Adaptation Actions
16%
Thermal Simulation Model
16%
Wales
16%
Childhood Asthma
16%
Secondary School
16%
Simulation Criteria
16%
School Performance
16%
Concurrent Assessment
16%
Quality Assurance System
16%
Dynamic Model
16%
Future Energy
16%
Engineering
School Buildings
91%
Air Quality
81%
Building Stock
56%
Retrofit
55%
Indoor Air
53%
Energy Efficiency
48%
Building Simulation
33%
Decision Analysis
33%
Metrics
30%
Attainment
29%
Retro-Fitting
25%
Building Energy Efficiency
25%
Space Heating
22%
Future Energy
22%
Thermal Comfort
17%
Optimal Combination
16%
Modeling Study
16%
Air Pollution
16%
Simulation Mode
16%
Particular Matter 2.5
15%
EnergyPlus
12%
Climate Change
11%
Climatic Change
11%
Building Performance
9%
Building Regulation
8%
Energy Modeling
8%
Heating Requirement
8%
Thermal Comfort Performance
8%
Domestic Building
8%
Quality Standard
8%
Policymakers
5%
Indoor Air Pollution
5%
Similarities
5%
Individual Building
5%
Stock Level
5%
Thermal Model
5%
Initial Assessment
5%
Heating Temperature
5%
Earth and Planetary Sciences
Environmental Quality
66%
United Kingdom
52%
Energy Efficiency
48%
England
45%
English
41%
Decision Theory
33%
Air Quality
33%
Indoor Environment
20%
Indoor Air
19%
London
19%
Nitrogen Dioxide
19%
Decision Making
19%
Meteorological Hazard
16%
Wales
16%
Global Warming
16%
Thermal Simulation
16%
Carbon Dioxide
16%
Carbon Dioxide Emission
15%
Thermal Comfort
13%
Particular Matter 2.5
12%
Energy Consumption
12%
Energy Utilization
12%
Energy Demand
11%
Public Sector
8%
Net Zero
8%
Educational Attainment
8%
Emission Reduction
6%
Air Pollutant
6%
