Engineering
Finite Element Method
93%
Microstructure
75%
Distribution Curve
75%
Energy Engineering
75%
Fine Sand
75%
Undrained Shear Strength
75%
Compressibility
75%
Environmental Scanning Electron Microscope
75%
Equilibrium Method
75%
Breakage
75%
Subgrade Reaction
75%
Hydraulics
75%
Slope Stability
75%
Standard Penetration Test
75%
Saturation Effect
75%
Retention Capacity
75%
Shear Strength
75%
Physical Modeling
75%
Collected Data
75%
Safety Factor
56%
Numerical Modeling
50%
Collapsibility
37%
Lateritic Soil
37%
Natural State
37%
Strain Analysis
37%
Recycled Material
37%
Stadiums
37%
Road
37%
Subgrade
37%
Compression Test
37%
Brazil
37%
Filter Paper
37%
Common Practice
37%
Discrete Element Model
37%
Common Method
37%
Soil Structure Interactions
37%
Soil Condition
24%
Situ Test
24%
Obtaining Data
24%
Applied Torque
24%
Limitations
24%
Constitutive Model
24%
Computer Simulation
24%
Pressure Field
18%
Stability Analysis
18%
Moment Method
18%
Hydraulic Parameter
18%
Earth and Planetary Sciences
Soil Structure
100%
Tropical Soil
90%
Shear Strength
90%
Water Retention
75%
Soil Water
75%
Earth Pressure
75%
Compressibility
75%
Penetration Test
75%
Site Investigation
75%
Numerical Modeling
75%
Stiffening
37%
Tropical Environment
37%
Wave Velocity
37%
Residual Soil
37%
Numerical Response
37%
Metasedimentary Rock
37%
Subgrade
37%
Brazil
37%
In Situ Measurement
37%
Moisture Content
37%
Dry Season
37%
Wet Season
37%
Diffraction
37%
Strength of Materials
37%
Soil Air
30%
Shear Test
24%
Soft Soil
24%
In Situ Test
24%
Colombia
24%
Soil Condition
24%
Natural Material
24%
Hydraulic Conductivity
15%