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Autogenous shrinkage of early age cement paste and mortar
Tianshi Lu
Materials and Environment
Research output
:
Thesis
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Dissertation (TU Delft)
370
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Dive into the research topics of 'Autogenous shrinkage of early age cement paste and mortar'. Together they form a unique fingerprint.
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Engineering
Cement Mortar
100%
Cement Paste
100%
Autogenous Shrinkage
100%
Deformation
35%
Creep
28%
Models
14%
Drying Shrinkage
14%
Application
7%
Low Water
7%
Concrete Structure
7%
Service Life
7%
Supplementary Material
7%
Mechanisms
7%
Long Time
7%
Composite Material
7%
Relative Humidity
7%
Portland Cement
7%
Reliability
7%
Consensus
7%
Development
7%
Aggressive Agent
7%
Prediction
7%
Binders
7%
Concrete Member
7%
Fracture
7%
Temperature
7%
Cement Concrete
7%
Hardening
7%
Hydration Process
7%
Humidity Change
7%
Particle Aggregate
7%
Crack
7%
Corrosion
7%
INIS
cements
100%
mortars
100%
shrinkage
100%
deformation
31%
simulation
25%
creep
25%
drying
12%
prediction
6%
increasing
6%
composite materials
6%
hydration
6%
cracking
6%
humidity
6%
applications
6%
time dependence
6%
sand
6%
particles
6%
corrosion
6%
reliability
6%
comparative evaluations
6%
hardening
6%
portland cement
6%
water
6%
binders
6%
capillaries
6%
strains
6%
service life
6%
cracks
6%
fractures
6%
Keyphrases
Early-age Deformation
21%
Relative Humidity Change
7%
Sustained Load
7%
Concrete Member
7%
Temperature-induced Strain
7%
Preferential Access
7%
Adjoining Structures
7%
Restraining Effect
7%
Brittle Composites
7%