Engineering
Level Set
100%
Cohesive Crack
100%
Models
54%
Curve Skeleton
36%
Level Set Method
36%
Nodes
18%
Experimental Observation
18%
Forming
18%
Node Method
18%
Fields
18%
Failure (Mechanical)
18%
Crack Initiation
18%
Recovery
18%
Crack Branching
18%
Rich Region
18%
Crack Growth
18%
Tasks
18%
Linearized System
9%
End-Notched Flexure
9%
Fibre-Reinforced Polymer Composite
9%
Crack Driving Force
9%
Microstructure
9%
Obtains
9%
Crack Opening
9%
Single Crack
9%
Finite Element Method
9%
Straight Crack
9%
Demonstrates
9%
Ductile Fracture
9%
Level Set Analysis
9%
Model Calibration
9%
Distorted Element
9%
Macroscale
9%
Mechanisms
9%
Equilibrium Solution
9%
Mapping Operator
9%
Finite Element Mesh
9%
Strain
9%
Numerical Approach
9%
Computational Resource
9%
Yield Surface
9%
Crack Surface
9%
Large System
9%
Quasistatic Loading Condition
9%
Localized Deformation
9%
Displacement Field
9%
Damage Evolution
9%
Computational Mechanics
9%
Stiffness Model
9%
Numerical Experiment
9%
Traction
9%
Loading Scheme
9%
Ten Year
9%
Compute
9%
Plasticity Model
9%
INIS
levels
100%
plasticity
100%
cracks
100%
fractures
52%
damage
35%
cusp
23%
curves
23%
failures
17%
simulation
17%
polymers
17%
branching ratio
17%
solids
17%
modeling
17%
surfaces
11%
finite element method
11%
energy
11%
decomposition
11%
crack growth
11%
recovery
11%
crack propagation
11%
resins
11%
phantoms
11%
equations
11%
loading
11%
solutions
11%
equilibrium
11%
stiffness
11%
zones
5%
operation
5%
compression
5%
mapping
5%
graphs
5%
applications
5%
matrices
5%
efficiency
5%
communities
5%
profits
5%
deformation
5%
mechanics
5%
microstructure
5%
dimensions
5%
calibration
5%
bridges
5%
implementation
5%
resources
5%
boundary conditions
5%
plastics
5%
accuracy
5%
topology
5%
yields
5%
cost
5%
tools
5%
fibers
5%
static loads
5%
algorithms
5%
strains
5%
shear
5%
iterative methods
5%