Keyphrases
Assist Gas
66%
Cantilever Structure
16%
Cracking Risk
33%
Ejected Electrons
33%
Flaw Shape
33%
Flaw Size
66%
Fluid Flow Field
100%
Fluid Stress
100%
Forming Accuracy
33%
Heat Variations
33%
Interlayer Interface
33%
Laser Cladding Repair
33%
Laser Directed Energy Deposition
100%
Laser-metal Interaction
33%
Material Flow Rate
33%
Mesh Strategy
33%
Metallic Particles
66%
Molten Pool
33%
Molten Pool Morphology
33%
Molten Pool Temperature
33%
Multi-track
100%
Multiphase Fluid Flow
33%
Particle Ejection
100%
Particle Shape Distribution
33%
Powder Feedstock
100%
Repair Rate
33%
Residual Deformation
16%
Secondary Emission
33%
Stress Field Models
33%
Structural Finite Element
16%
Structure Configuration
100%
Supply Quantity
33%
Support Block
16%
Surface Repair
100%
Temperature Deformation
16%
Thermal Stress Evolution
16%
Thermo-structural
16%
Unstable Flow
33%
Engineering
Additive Manufacturing Process
25%
Assist Gas
66%
Cladding Layer
33%
Comprehensive Review
25%
Deformation Temperature
25%
Field Model
33%
Finite Element Analysis
33%
Finite Element Simulation
25%
Finite Volume Method
33%
Flaw Size
50%
Flow Velocity
33%
Fluid Flow
100%
Heat Losses
25%
Interlayer
33%
Laser Cladding
100%
Laser Power
66%
Material Flow Rate
50%
Melt Flow
33%
Pool Temperature
50%
Printing Process
25%
Residual Stress
58%
Scan Speed
66%
Selective Laser Melting
100%
Selective Laser Melting Process
25%
Stress Field
100%
Thermal Stress
91%
Material Science
Aluminum Alloys
100%
Discrete Element Method
20%
Feedstock
100%
Fluid Flow
20%
Laser Cutting
100%
Powder
100%
Structural Finite Element
20%
Surface Flaw
33%
Thermal Stress
20%
Yield Stress
20%
