Keyphrases
Carbon Composite
100%
Laser Drilling
100%
Damage Evaluation
100%
Shape Evolution
100%
Ablation Mechanism
100%
Evolution Evaluation
100%
Carbon Fiber
66%
Laser Ablation
66%
Recast Layer
66%
Laser Heating
66%
Graphene Layer
66%
Pyrocarbon
66%
Surface Damage
33%
Sharp Edge
33%
Fiber Yarns
33%
Thermal Stress
33%
Absorption Coefficient
33%
Thin-walled
33%
Microcracks
33%
Laser Machining
33%
High Density
33%
Material Removal
33%
Carbon Materials
33%
Mechanical Strength
33%
Stress-induced
33%
Ablation Rate
33%
Rapid Cooling
33%
Graphitic Carbon
33%
Thermal Conduction
33%
Sublimation
33%
Hole Features
33%
Deep Hole
33%
Damage Propagation
33%
Damage Initiation
33%
Load Capability
33%
Intrinsic Correlation
33%
Surface Slope
33%
Material Removal Process
33%
Surface Formation
33%
Efficient Absorption
33%
Formation Evaluation
33%
Self-limiting
33%
Thermal Shock
33%
Drilling Rate
33%
Industrial Machining
33%
Steady-state Thermal
33%
Engineering
Carbon Composite
100%
Recast Layer
66%
Layer Graphene
66%
Laser Heating
66%
Experimental Result
33%
Material Removal
33%
Anisotropic
33%
Tensiles
33%
Thermal Stress
33%
Simulated Result
33%
Rapid Cooling
33%
Ablation Rate
33%
Thermal State
33%
Graphitic Carbon
33%
Damage Initiation
33%
Damage Propagation
33%
Material Removal Process
33%
Deep Hole
33%
Drilling Rate
33%
Nanoscale
33%
Absorptivity
33%
Absorption Coefficient
33%