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INIS
phase change materials
100%
performance
98%
cements
88%
energy
88%
climates
76%
reviews
51%
ashes
48%
applications
48%
zones
45%
compression strength
45%
mortars
43%
steels
39%
energy storage
39%
prediction
35%
microstructure
34%
design
32%
investigations
29%
values
29%
energy consumption
29%
mechanical properties
27%
cities
27%
durability
25%
assessments
25%
comparative evaluations
25%
data
24%
graphene
24%
corrosion
23%
machine learning
23%
levels
23%
evaluation
22%
production
22%
reduction
21%
simulation
20%
fly ash
20%
surfaces
19%
volume
18%
optimization
18%
residential buildings
18%
modeling
17%
water
17%
energy efficiency
17%
economics
17%
solutions
17%
cost
17%
programming
17%
reinforced concrete
16%
cooling
16%
strains
16%
powders
16%
oxides
15%
Keyphrases
Phase Change Material
70%
Compressive Strength
42%
Mortar
31%
Elevated Temperature
27%
Cement Composites
25%
Mechanical Properties
25%
PCM-integrated Buildings
23%
Building Integrated
23%
Climate Zones
22%
Lightweight Aggregate
22%
Kaolin
18%
Thermal Performance
18%
Prediction Model
17%
Residential Buildings
17%
Microstructure
16%
Energy Consumption
16%
Energy Saving
16%
Graphene Oxide
15%
Climate Zoning
15%
Building Energy Efficiency
15%
Composite Phase Change Material
14%
Sensitivity Analysis
14%
Fly Ash
14%
Rice Husk Ash
13%
Paraffin
13%
Cement Paste
13%
Thermal Energy
13%
Mechanical Performance
12%
Energy Consumption Prediction
12%
Bentonite
12%
Thermal Properties
12%
Wheat Straw Ash
12%
Thermal Energy Storage
12%
Lightweight Aggregate Concrete
12%
Energy Performance
11%
Lightweight Concrete
11%
Macro-encapsulated
11%
Building Energy Performance
11%
Scanning Electron Microscopy (SEM-EDS)
10%
Corrosion
10%
Concrete-filled Steel Tube
10%
Interfacial Transition Zone
10%
Ground Granulated Blast Furnace Slag (GGBFS)
10%
Normal Strength Concrete
10%
Electrochemical Techniques
9%
Building Materials
9%
Tropical Savanna Climate
9%
Fourier Transform Infrared Spectroscopy (FT-IR)
9%
Pozzolanic Activity
9%
Shape-stable Phase Change Composites
9%
Engineering
Phase Change Material
95%
Compression Strength
38%
Compressive Strength
36%
Climate Zone
28%
Test Result
26%
Heat Storage
25%
Thermal Performance
24%
Elevated Temperature
22%
Residential Building
21%
Melting Point
20%
Learning System
20%
Mechanical Property
17%
Thermal Energy
15%
Conservation of Energy
15%
Energy Performance
14%
Energy Demand
14%
Melting Temperature
14%
Building Envelope
13%
Lightweight Concrete
12%
Partial Replacement
11%
Thermal Comfort
11%
Concrete Filled Steel Tube
11%
Experimental Investigation
10%
Building Energy Performance
10%
Mechanical Performance
10%
Ground Granulated Blast Furnace Slag
10%
Lightweight Aggregate
10%
Wheat Straw
9%
Surface Area
9%
Stabilizer
9%
Maximum Temperature
9%
Flexural Behavior
9%
Bagasse Ash
9%
Temperature Fluctuation
9%
Energy Simulation
8%
Energy-Efficient Building
8%
Silica Fume
8%
Coarse Aggregate
8%
Steel Corrosion
8%
Metakaolin
8%
Concrete Structure
8%
Cement Paste
8%
Architectural Design
7%
Climate Change
7%
Climatic Change
7%
Fossil Fuel
7%
Bending Strength
7%
Cement Mortar
7%
Test Method
7%
X Ray
7%
