INIS
energy
100%
climates
99%
phase change materials
61%
performance
60%
evaluation
53%
cities
46%
zones
39%
reduction
34%
energy efficiency
28%
economics
25%
ashes
21%
fluctuations
20%
simulation
19%
layers
18%
thickness
17%
values
17%
surface area
14%
compression strength
14%
thermal comfort
14%
applications
13%
density
12%
savannas
12%
energy storage
12%
range
12%
kazakhstan
11%
volume
11%
cooling
11%
tools
10%
encapsulation
10%
paraffin
10%
decision making
10%
sand
10%
steels
10%
deserts
10%
cements
10%
wheat
10%
straw
10%
energy consumption
10%
residential buildings
10%
seasons
9%
heating
8%
pressure range mega pa
8%
melting points
7%
silica
7%
classification
7%
climatic change
6%
fossil fuels
6%
solutions
6%
meteorology
6%
fuzzy logic
6%
melting
5%
latent heat storage
5%
epoxides
5%
peaks
5%
fumes
5%
capacity
5%
freezing
5%
ultrasonics
5%
graphite
5%
morphology
5%
absorption
5%
powders
5%
sulfuric acid
5%
testing
5%
water
5%
shrinkage
5%
velocity
5%
adhesion
5%
pulses
5%
thermal gravimetric analysis
5%
computer codes
5%
Engineering
Phase Change Material
60%
Energy Conservation
58%
Energy Engineering
48%
Thermal Performance
44%
Climate Zone
43%
Energy Efficiency
28%
Maximum Temperature
22%
Temperature Fluctuation
21%
Environmental Evaluation
21%
Quantitative Evaluation
21%
Energy Performance
19%
Energy Simulation
16%
Thermal Comfort
16%
Energy Consumption Reduction
14%
Residential Building
14%
Melting Temperature
11%
Compressive Strength
11%
Thermal Energy Storage
11%
Wheat Straw
10%
Dry Climate
10%
Steel Framed Building
10%
Partial Replacement
10%
Multi-Criteria Decision-Making
10%
Fine Aggregate
10%
Lightweight Aggregate
10%
Internals
10%
Constant Volume
10%
Fossil Fuel
8%
Climate Change
8%
Test Result
7%
Building Sector
7%
Latent Heat Storage
5%
Computer Simulation
5%
Thermal Behavior
5%
Annual Energy Consumption
5%
Degree Day
5%
Strong Adhesion
5%
Interfacial Bond
5%
Freezing Temperature
5%
Peak Period
5%
Storage Capacity
5%
Silica Fume
5%
Building Energy Performance
5%
Nano Silica
5%
Graphite Powder
5%
External Wall
5%
Bangalore
5%
Brazil
5%
Keyphrases
Phase Change Material
43%
Climate Zones
23%
Building Integrated
21%
Energy Assessment
21%
Environmental Assessment
21%
Energy Economics
21%
Economic Evaluation
21%
Compressive Strength
16%
Tropical Savanna Climate
12%
Melting Temperature
11%
Nano-encapsulated Phase Change Material (NEPCM)
11%
Energy Consumption Reduction
10%
Energy Simulation
10%
Eco-friendly Utilization
10%
Time Reduction
10%
Nano Silica Fume
10%
Energy Load
10%
Building Faade
10%
Partial Replacement
10%
Multi-criteria Decision-making Tools
10%
Internal Temperature
10%
Freezing Temperature
10%
Corn Cob Ash
10%
Sand
10%
Energy Conservation
10%
Workability
10%
Graphite Powder
10%
Paraffin
10%
Epoxy
10%
Chemically Compatible
10%
Latent Heat Storage Capacity
10%
Lightweight Aggregate
10%
Interfacial Bond
10%
Thermally Stable
10%
Coating Layer
10%
Fine Aggregate
10%
Strong Adhesion
10%
Lightweight Steel Frame
10%
Macro-encapsulated
10%
Concrete Thermal Energy Storage
10%
Fine Aggregate Replacement
5%
Pozzolanic Potential
5%
Eco-friendly Method
5%
Concrete Density
5%
Sulfuric Acid
5%
Water Absorption
5%
Ultrasonic Pulse Velocity
5%