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Keyphrases
High Aspect Ratio
100%
Delamination
100%
Coated Conductor
100%
Mixed Dimensional Modeling
100%
Full Three-dimensional
50%
Mixed-dimensional
50%
Two-dimensional Surface
33%
Cohesive Zone Model
33%
3D FEM
33%
Oxide Conductor
33%
High Energy
16%
High Field
16%
Three-dimensional (3D)
16%
Stress Distribution
16%
Finite Element Method
16%
Stabilizer
16%
Epoxy
16%
Initiation Site
16%
Buffer Layer
16%
High-temperature Superconductivity
16%
Computational Problems
16%
Anvil
16%
Field Temperature
16%
Thickness Dependence
16%
Delamination Modeling
16%
High Computational Efficiency
16%
Load Capacity
16%
Delamination Behavior
16%
Transverse Stress
16%
Delamination Initiation
16%
Adjacent Layers
16%
Lorentz Force
16%
Mixed-dimensional Model
16%
Superconducting Coils
16%
Superconducting Applications
16%
Engineering
Thin Films
100%
High Aspect Ratio
100%
Dimensional Modeling
100%
Delamination
100%
Finite Element Analysis
50%
Two Dimensional
33%
Dimensional Surface
33%
Cohesive Zone Model
33%
Simulation Result
16%
Thin Layer
16%
Oxide Layer
16%
Buffer Layer
16%
Load Limits
16%
Dimensional Model
16%
Computational Efficiency
16%
Stabilizer
16%
Generated Stress
16%
Adjacent Layer
16%
Dimensional Method
16%
Lorentz Force
16%
Initial Crack Size
16%
Superconducting Coil
16%
Material Science
Barium
100%
Thin Films
100%
Oxide Compound
100%
Conductor
100%
Delamination
100%
Finite Element Method
42%
Cohesive Zone Model
28%
Composite Material
28%
Silver
14%
Stabilizer (Agent)
14%
Buffer Layer
14%