Keyphrases
Compaction
100%
Ridge Keel
100%
Strength Mechanism
100%
Failure Mechanism
100%
Punch through Tests
100%
Platen
75%
Rubble
75%
In Situ
50%
Failure Mode
50%
Ice Rubble
50%
Punch Test
50%
Friction Angle
50%
Cohesion
50%
Shear Cap
50%
Shear Failure
50%
Oedometer Test
50%
Finite Element Model
25%
Numerical Simulation
25%
Hardening Behavior
25%
Drying Conditions
25%
Failure Criterion
25%
Analysis Scale
25%
Eulerian-Lagrangian Framework
25%
Lagrangian Framework
25%
Eulerian-Lagrangian
25%
Load-displacement
25%
Consolidated Layer
25%
Ice Particles
25%
Test Simulation
25%
Scale Model
25%
Cap Model
25%
Explicit Simulation
25%
Circular Cutting
25%
Post-failure Behavior
25%
Failure Zone
25%
Structure Interaction
25%
High Cohesion
25%
Load-displacement Curve
25%
Cylindrical Container
25%
Uniaxial Load
25%
Ridge Structure
25%
Model Ice
25%
Similar Load
25%
Submersion
25%
Hardening Curve
25%
Simulation-based
25%
Engineering
Model Scale
100%
Failure Mechanism
100%
Lagrangian Framework
66%
Friction Angle
66%
Punch Test
66%
Failure Mode
66%
Main Conclusion
33%
Dry Condition
33%
Hardening Behavior
33%
Failure Criterion
33%
Shear Failure
33%
Displacement Relationship
33%
Main Parameter
33%
Hardening Curve
33%
Structure Interaction
33%
Cap Model
33%
Load Displacement Curve
33%
Failure Zone
33%
Postfailure Behavior
33%
Finite Element Modeling
33%
Scale Model
33%
INIS
failures
100%
simulation
62%
ice
37%
shear
37%
models (scale)
37%
friction
25%
lagrangian
25%
hardening
25%
curves
25%
values
12%
layers
12%
interactions
12%
particles
12%
finite element method
12%
loading
12%
computerized simulation
12%
containers
12%
zones
12%
testing
12%
plates
12%
scale models
12%
Earth and Planetary Sciences
Failure Mode
100%
Failure Mechanism
100%
Oedometer Test
100%
Softening
50%
Scale Model
50%