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INIS
cements
100%
modeling
73%
expansion
68%
durability
56%
sulfates
52%
drying
46%
mortars
43%
dissolution
40%
size
40%
comparative evaluations
29%
calcite
28%
laboratories
28%
interfaces
28%
precipitation
27%
leaching
27%
swelling
26%
transport
25%
carbon dioxide
23%
thermogravimetric analysis
23%
solutions
23%
simulation
22%
chlorides
21%
hydration
21%
water
21%
silica
20%
prediction
19%
equations
18%
distribution
17%
porosity
17%
crystal growth
17%
heat
17%
range
17%
assessments
17%
zones
17%
moisture
16%
capillaries
16%
restraints
16%
hydrates
15%
data
15%
saturation
13%
intrusion
13%
mercury
13%
growth
12%
gels
12%
crystallization
12%
surfaces
11%
volume
11%
experimental data
11%
ph value
11%
depth
11%
Keyphrases
Delayed Ettringite Formation
85%
Cementitious Materials
69%
Ettringite
66%
Carbonation
56%
Cement Paste
47%
Mortar
44%
External Sulfate Attack
41%
Leaching
36%
Thermogravimetric Analysis
28%
Restraint Effect
28%
Massive Concrete Structures
28%
Sulfate Attack
28%
Laboratory Samples
26%
Silica
26%
Portlandite
23%
Cement-based Materials
23%
Internal Swelling Reactions
23%
Phase Assemblage
21%
Carbonate
20%
Degree of Saturation
19%
Capillary Pore
18%
Dissolution Test
17%
Pore Size Analysis
17%
Pore Scale
17%
Controlled Crystal Growth
17%
Hydration Phases
17%
Material-based
17%
Carbonation Rate
17%
Durability Assessment
17%
Chloride Exposure
17%
Crystal Growth
17%
Carbonation Process
17%
Properties of Cementitious Materials
17%
Interfacial Transition Zone
17%
Transport Properties
17%
Multi-scale Strategy
17%
Diffusion Properties
17%
Hydrate Phases
17%
Carbonation Model
17%
Water Migration
17%
Low Clinker Cement
17%
Two-mass
17%
Carbon Dioxide
17%
Dissolution Rate
17%
Physical Variables
17%
Carbonation Depth
17%
PH Indicator
17%
Reactive Transport
17%
Drying Experiment
17%
Depth Measurement
17%
Engineering
Delayed Ettringite Formation
85%
Ettringite
60%
Carbonation
56%
Sulfate Attack
52%
Cement Paste
47%
Concrete Structure
40%
Prepared Material
34%
Multiscale
28%
Core Samples
28%
Silica Reaction
26%
Mockups
26%
Growth Mechanism
22%
Diffusive
17%
Chloride Content
17%
Chloride Profile
17%
Size Analysis
17%
Storage Facility
17%
Porosity
14%
Constitutive Equation
14%
Main Reason
14%
Block Sample
14%
End Support
14%
Strain Analysis
14%
Residual Strain
14%
Damage Model
14%
Thermal Gradient
14%
Temperature Gradients
14%
Portlandite
13%
Exposure Condition
13%
Accelerated Carbonation
11%
Carbonation Process
11%
Gaseous Phase
10%
Cement Clinker
10%
Mass Conservation Equation
10%
Dissolution Rate
10%
Physical Variable
10%
Partial Pressure
10%
