Engineering
Finite Element Method
100%
Pile Shaft
100%
Rainfall Infiltration
100%
Matric Suction
100%
Energy Engineering
50%
Numerical Study
50%
Soil Condition
50%
Analytical Study
50%
Effective Stress
50%
Geotechnical Engineering
50%
Meteorological Condition
50%
Ecodesign
50%
Characteristic Curve
50%
Grained Soil
50%
Soil Mechanics
50%
Rainwater
50%
Coupled Analysis
50%
Pile Installation
50%
Pile Design
50%
Pile Capacity
50%
Keyphrases
Finite Element Method
100%
Pile Shaft
100%
Rainfall Infiltration
100%
Shaft Capacity
100%
Sand
42%
Kaolin
42%
Rainfall
28%
Unsaturated Soil
28%
Modified Technique
28%
Matric Suction
28%
Pile Design
28%
Astana
14%
Energy Use
14%
Waste Materials
14%
Meteorological Conditions
14%
Laboratory Results
14%
Numerical Analysis
14%
Soil Conditions
14%
Suction
14%
Waste Amount
14%
Common Model
14%
Stress Factors
14%
Infiltration
14%
Geotechnical Engineering
14%
Unsaturated Soil Mechanics
14%
Seepage
14%
Effective Stress
14%
Sustainable Construction
14%
Sustainable Design
14%
Characteristic Curve
14%
Mechanics Principle
14%
Fine-grained Soils
14%
Foundation Design
14%
PLAXIS 3D
14%
Pile Installation
14%
Typical Components
14%
Short pile
14%
Long pile
14%
Coupled Analysis
14%
Mean Analysis
14%
Pile Capacity
14%
INIS
capacity
100%
finite element method
100%
piles
100%
design
36%
soils
27%
sand
27%
kaolin
27%
comparative evaluations
18%
numerical analysis
18%
energy
9%
engineering
9%
foundations
9%
investigations
9%
curves
9%
laboratories
9%
construction
9%
wastes
9%
reliability
9%
meteorology
9%
casting
9%
installation
9%
soil mechanics
9%
Earth and Planetary Sciences
Unsaturated Soil
100%
Soil Condition
33%
Rain Water
33%
Geotechnical Engineering
33%
Soil Mechanics
33%