INIS
cements
100%
soils
93%
calcium
63%
sand
60%
design
49%
kazakhstan
44%
singapore
40%
foundations
40%
carbon
40%
hardening
40%
velocity
39%
curves
35%
shear
32%
stiffness
30%
boreholes
27%
water
25%
guidelines
25%
evaluation
25%
granites
25%
portland cement
22%
wave propagation
22%
zeolites
20%
fine particles
20%
rayleigh waves
20%
piles
20%
performance
20%
retention
20%
dysprosium nitrides
20%
shear strength
20%
classification
20%
specifications
20%
depth
20%
data
20%
applications
17%
durability
16%
detection
12%
curing
11%
carbon footprint
11%
values
10%
constraints
10%
cost
10%
testing
9%
hazards
9%
capacity
8%
investigations
8%
porosity
7%
ultrasonics
7%
pulses
7%
compression strength
7%
comparative evaluations
7%
layers
7%
kaolin
6%
experimental data
6%
water content
5%
microstructure
5%
global warming
5%
climatic change
5%
excitation
5%
grouting
5%
assessments
5%
calibration
5%
wavelengths
5%
civil engineering
5%
signals
5%
equations
5%
liquefaction
5%
failures
5%
space
5%
geophones
5%
modifications
5%
Keyphrases
Calcium Sulfoaluminate
50%
Kazakhstan
43%
Environmentally Friendly
40%
Low Carbon
40%
Rapid Hardening Cement
40%
Ground Improvement Techniques
40%
Shear Wave Velocity
28%
Cemented Sand
25%
Ordinary Portland Cement
24%
Comparative Analysis
20%
Singapore
20%
European Approach
20%
Zeolite Cement
20%
Rezum
20%
Stiffness
20%
Microtremor Survey
20%
Depth Evaluation
20%
Weathered Granite
20%
Granite Formation
20%
Bedrock Depth
20%
Bender Element
20%
Shallow Foundation
20%
Fine Particles
20%
Grouted Sand
20%
Freeze-thaw Cycles
20%
Water Retention Curve
20%
Unsaturated Shear Strength
20%
Cement Stabilized Sand
20%
Cemented Soil
19%
Calcium Sulfoaluminate Cement
18%
Treated Soil
17%
Microtremor Array Measurement
15%
Surface Waves
15%
Borehole
15%
Elastic Settlement
13%
Dual Porosity
12%
Carbon Footprint
11%
Ground Improvement
11%
Strength Development
10%
Horizontal-to-vertical Spectral Ratio
10%
Bearing Capacity
10%
Natural Frequency
10%
Cold Region
10%
Cyclic Freeze-thaw
10%
Freeze-thaw Action
10%
Site Investigation
10%
Grouting Technique
10%
Excitation Frequency
10%
Cement Grouting
10%
Grouting
10%
Civil Engineering
10%
Stiffness Characteristics
10%
Freeze-thaw
10%
Wave Array
10%
Bender Element Test
10%
Sand
8%
Unconfined Compressive Strength
8%
Binding Materials
8%
Soil Shear Strength
8%
Geotechnical Design
6%
Fines Content
6%
Cement Type
6%
Global Warming
5%
Climate Change
5%
New Alternatives
5%
Global Climate
5%
Stiffness Evolution
5%
Geomaterials
5%
Practical Design
5%
Practical Guidelines
5%
Chemo-mechanical Behavior
5%
Water-cement Ratio
5%
Geotechnical Applications
5%
Initial Water Content
5%
Cement-treated
5%
Microstructure Analysis
5%
Strength Evolution
5%
Curing Time
5%
Design Criteria
5%
Long-term Strength
5%
Curing Process
5%
Critical Influencing Factors
5%
Vs Profile
5%
Soil Samples
5%
Normalized Phase
5%
Ratio Analysis
5%
Investigation Process
5%
Vertical Component
5%
Intersection Method
5%
Environmental Issues
5%
Depth Detection
5%
Investigation Techniques
5%
Underground Development
5%
Wave-based Approach
5%
Measurement Survey
5%
Testing Sites
5%
Bilinear
5%
Eco-sustainable
5%
Carbon Dioxide Emissions
5%
Eco-friendly
5%
Strength Index
5%
Limited Information
5%
Sustainable Alternatives
5%
Rock Detection
5%
Ultrasonic Pulse Velocity Test
5%
Laboratory Work
5%
Phase Velocity
5%
Stabilizer
5%
Seismic Hazard Analysis
5%
Sandy Soil
5%
Rock Formation
5%
Stabilized Methods
5%
Weathering Action
5%
Durability Index
5%
Soil Specimen
5%
Weak Soil
5%
Stabilized Soil
5%
Hydro-mechanical Behaviour
5%
Soil Stabilization
5%
Three-component Geophone
5%
Bukit Timah Granite
5%
Foundation Width
5%
Engineering
Calcium Sulphoaluminate
70%
Comparative Analysis
40%
Ground Improvement
40%
Shear Wave Velocity
30%
Ordinary Portland Cement
29%
Eurocodes
23%
Shear Strength
20%
Shallow Foundation
20%
Mixed Soil
20%
Excitation Frequency
20%
Fine Content
20%
Raft Foundation
20%
Design Specification
20%
Thaw Cycle
20%
Pile Foundations
20%
Civil Engineering
20%
Compressive Strength
13%
Bearing Capacity
13%
Porosity
12%
Carbon Footprint
11%
Ultrasonics
10%
Contact Point
10%
Bearing Resistance
10%
Cement Content
10%
Pulse Velocity
10%
Soil System
10%
Filler Material
10%
Relative Volume
10%
Velocity (V)
10%
Building Regulation
6%
Geotechnical Application
5%
Initial Water Content
5%
Cement Ratio
5%
Term Strength
5%
Practical Guideline
5%
Design Criterion
5%
Climate Change
5%
Global Warming
5%
Microstructure
5%