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INIS
climates
100%
energy consumption
88%
houses
80%
energy
80%
preservation
80%
performance
80%
rice
80%
space
68%
shape
60%
thermal comfort
55%
design
54%
environment
54%
architecture
42%
implementation
42%
regeneration
40%
indoors
40%
shortages
40%
operation
40%
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40%
rivers
40%
assessments
40%
iran
40%
developing countries
40%
solutions
36%
risks
32%
air
27%
inertia
24%
spain
20%
energy efficiency
20%
floors
20%
radiators
20%
interventions
20%
control systems
20%
applications
20%
schedules
20%
investigations
18%
microclimates
16%
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16%
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16%
builders
16%
configuration
14%
mapping
14%
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14%
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14%
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13%
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13%
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13%
data
13%
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13%
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13%
Arts and Humanities
Vernacular
80%
Village
64%
Architecture
48%
Collaborative Research
40%
Cognitive Science
40%
Theory Theory
40%
Complexity Theory
40%
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40%
Iran
40%
Formal Grammar
40%
Design Theory
40%
Virtual
40%
Under-graduate
30%
Portsmouth
30%
School of Architecture
30%
Dwelling
24%
Interior Architecture
20%
Massachusetts Institute of Technology
20%
senior lecturer
20%
Research Group
20%
Urban Design
20%
Vernacular Architecture
16%
Case Study Research
16%
Electronics
10%
Research Project
10%
Masters Degrees
10%
Historic Building
10%
Leaders
10%
Creativity
10%
Faculty
10%
Funded research
10%
Pioneers
10%
Design Studio
10%
Brighton
10%
Best Practice
10%
England
10%
United States of America
10%
Thermal
10%
Public Engagement
10%
Digital
10%
Creative Arts
10%
Greenwich
10%
Urbanism
10%
Southampton
10%
Sevilla
10%
Canterbury
10%
Completion
10%
culmination
10%
Wessex
10%
Congressional Report
10%
Engineering
Mediterranean Climate
80%
Active System
80%
Dwelling
66%
Thermal Comfort
60%
Historic Building
46%
Model System
40%
Generative Model
40%
Hygrothermal Performance
40%
Energy Performance
40%
Thermal Inertia
33%
Microclimate
26%
Historical Building
26%
Passive System
23%
Biological Degradation
23%
Passive Technique
23%
Air System
20%
Energy Problem
20%
Global Scale
20%
Energy Efficiency
20%
Control Systems
20%
Model Building
13%
Indoor Air
10%
Absolute Humidity
10%
Conditioning System
10%
EnergyPlus
10%
Relative Humidity
10%
