Engineering
Discrete Element
100%
Element Method
88%
Simulation
75%
Stress Path
32%
Coordination Number
31%
Loose Sand
29%
State Behavior
28%
Macroscopic
27%
Critical State Line
26%
Axial Strain
26%
Stress Ratio
25%
Sphere
24%
Dimensional Discrete
22%
Assembly
21%
Tunnels
18%
Material Behavior
18%
Composite
18%
Floor Vibration
18%
Shearing
18%
Plane Strain Condition
18%
Recycled Concrete
18%
Optimization
18%
Bernoulli Beam
18%
Stress Deviator
18%
Axisymmetric
17%
Packing Density
17%
Elongated Particle
15%
Simulation Result
14%
Axial Compression
14%
Strain
14%
Confining Stress
13%
Human Walking
12%
Load Model
12%
Thickness
12%
Finite Element Simulation
12%
Axial Extension
12%
Energy Engineering
12%
Accurate Prediction
11%
Elements
11%
Induced Vibration
10%
Elevated Temperature
10%
Test Data
10%
Fire Safety
10%
Test Material
10%
Load Limits
10%
Steel Tube
10%
Strength Criterion
9%
Steel
9%
Short-Circuit Effect
9%
Shear Behavior
9%
Earth and Planetary Sciences
Simulation
54%
Behavior
46%
Discrete Element Method
29%
Liquefaction
28%
Investigation
24%
Particle
23%
Sample
22%
Digital Elevation Model
21%
Floor
18%
Vibration
18%
Walking
18%
History
18%
Cantilever Beam
18%
Euler-Bernoulli Beams
18%
Strain
17%
Project
16%
Construction
14%
Angling
14%
Condition
13%
Sphere
13%
Timoshenko Beams
12%
Increasing
12%
Friction
11%
Cost
11%
Highway
11%
Shear Test
10%
Value
10%
Show
10%
Waste
9%
Model
9%
Morphology
9%
Granular Medium
9%
Achievement
9%
Sand
9%
Distinct Element Method
9%
Thickness
9%
Aggregate
9%
Concrete
9%
China
9%
Approach
9%
Tip
9%
Optimization
9%
Reinforced Plastic
9%
Undrained Test
9%
Redundancy
8%
Parameter
7%
Coordination Number
7%
Steady State
7%
Blast Furnace
7%
Stress Ratio
6%
Physics
Critical State
77%
Particle
47%
Granular Material
46%
Simulation
41%
Ratios
31%
Shears
21%
Spheres
20%
Value
20%
Conductor
18%
Short Circuit
18%
Euler-Bernoulli Beams
18%
Friction
18%
Coordination Number
16%
Axial Strain
16%
Independent Variables
15%
Packing Density
12%
Anisotropy
11%
Shapes
11%
Elongation
11%
Responses
11%
Plastic Deformation
10%
Strain
10%
Pressure
10%
Increasing
9%
Alloy
9%
Concrete
9%
Properties of Materials
9%
Aluminium
9%
Steel
9%
Fire
9%
Bearing Capacity
9%
Optimization
9%
Steady State
8%
Parameter
7%
Cycles
7%
Significance
7%
Width
6%
Geometry
5%
Intersections
5%
