Keyphrases
Brittle Materials
100%
Three-dimensional Modeling
100%
Impact Fracture
100%
Peridynamics
100%
Three-dimensional (3D)
66%
Fracture Model
66%
Impact Fracture Behavior
44%
Glass Panel
22%
Peridynamic Method
22%
Computational Techniques
11%
Prediction Accuracy
11%
Numerical Model
11%
Numerical Simulation
11%
Computational Effort
11%
Efficient Simulation
11%
Impact Resistance
11%
Model Validation
11%
Computational Resources
11%
Fracture Phenomena
11%
Material Response
11%
Time Resources
11%
Overpass
11%
Mesh-based
11%
Saving Time
11%
Impact Area
11%
Impact Loading
11%
Practical Engineering Application
11%
Design Parameter Optimization
11%
Float Glass
11%
Impact Scenarios
11%
Tempered Glass
11%
Impact Collision
11%
Panel Thickness
11%
Fracture Simulation
11%
High Efficiency
11%
Impact Projectile
11%
Projectile Velocity
11%
Real-world Impact
11%
Engineering
Peridynamics
100%
Dimensional Modeling
100%
Brittleness
100%
Fracture Behavior
44%
Glass Panel
22%
Experimental Observation
11%
Simulation Tool
11%
Computational Resource
11%
Experimental Measurement
11%
Accurate Prediction
11%
Design Parameter
11%
Computational Technique
11%
Computational Effort
11%
Material Response
11%
Impact Scenario
11%
Panel Thickness
11%
Impact Loads
11%
Engineering Application
11%
Overpasses
11%
Numerical Model
11%
Collision Impact
11%
Float Glass
11%
Projectile Velocity
11%
Impact Resistance
11%
Material Science
Brittleness
100%
Fracture Behavior
66%
Impact Loads
16%
Poly Methyl Methacrylate
16%
Impact Resistance
16%