Keyphrases
Building Materials
100%
Moisture Content
97%
Moisture Measurement
81%
Climate Change
66%
Dual Probe
50%
Moisture Content Measurement
44%
Building Fabric
44%
Moisture in Buildings
39%
Measurement Techniques
35%
Time Domain Reflectometry
35%
Future Climate
31%
Scottish Government
29%
Building Envelope
26%
Scottish
25%
Glasgow
25%
Scotland
22%
Housing Futures
22%
Integrated Environment
22%
Energy Saving
22%
Adaptation
22%
Virtual Environment
22%
Indoor Environment
22%
Probe Instruments
22%
Hygrothermal Modeling
22%
Climate Change Impacts
22%
Non-domestic Buildings
22%
Internal Gain
22%
Energy Consumption Prediction
22%
Neural Network Prediction
22%
Energy Assistance
22%
Adaptation Strategies
22%
Technical Measures
22%
Random Neural Network
22%
Comparison with Data
22%
X-ray System
22%
Energy Reduction
18%
In Situ
17%
UK Government
15%
RPP1
14%
Housing Stock
14%
Low Carbon
14%
Insurance Industry
14%
Building Professionals
14%
Building Stock
12%
Mean Climate
11%
In Situ Measurements
11%
Anonymity
11%
Total Energy
11%
Green Deal
11%
Humidity
11%
Engineering
Building Material
100%
Climate Change
55%
Climatic Change
55%
Time-Domain Reflectometry
51%
Moisture Content Measurement
44%
Experimental Work
33%
Building Envelope
25%
Adaptation Strategy
22%
Domestic Building
22%
Modeling Work
22%
Neural Network Predictor
22%
Ray Measurement
22%
Technical Measure
22%
Degradation Rate
22%
Architectural Design
22%
Research Group
22%
Reduction Factor
22%
Model Prediction
22%
Set Point
22%
Distributed Power Generation
22%
Policymakers
22%
Renewables
22%
Reducing Emission
22%
Main Body
22%
Virtual Reality
22%
Technical Report
22%
Situ Measurement
18%
Building Stock
18%
Measured Data
16%
Review Paper
14%
Thermal Sensor
11%
Potential Benefit
11%
Research Councils
11%
Electrical Energy
11%
Thermocouple
11%
Absorption System
11%
Moisture Distribution
11%
Situ Moisture
11%
Maximum Temperature
11%
Temperature Rise
11%
Ray Absorption
11%
Engineering
11%
Fem Model
11%
Building Code
11%
Historic Building
11%
Deterioration Mechanism
11%
Local Level
11%
Rate Adaptation
11%
Relative Humidity
11%
Electricity Consumption
11%
