Keyphrases
Laser Powder Bed Fusion (L-PBF)
77%
Powder Bed Fusion Process
77%
Ti-6Al-4V (Ti64)
42%
Mechanical Properties
35%
Powder Bed Fusion
33%
Grade 23
33%
Powder Particles
22%
Powder Recycling
22%
Spatter Particles
22%
Titanium Alloy
22%
Additive Manufacturing
19%
Correction Factor
19%
Melt Pool
17%
Lack-of-fusion
17%
Lack of Fusion Defects
16%
Top-up
16%
Ti6Al4V Powder
16%
Space Variation
16%
Thermal Modeling
16%
Hatch Spacing
16%
Prediction Criterion
16%
Defect Prediction
16%
Oxygen Content
16%
Melt Pool Geometry
13%
Heat Conduction Model
12%
Particle Size Distribution
11%
Tensile Strength
11%
Compositional Analysis
11%
Chemical Composition
11%
Computational Fluid Dynamics Modeling
8%
Heat Conduction
8%
Marangoni Convection
8%
Fusion Criteria
7%
Melt Pool Dimensions
6%
Scanning Speed
6%
Selective Laser Melting
5%
Area Reduction
5%
Particle Morphology
5%
Tensile Test
5%
Negative Impact
5%
Layer Uniformity
5%
Titanium Alloy Powder
5%
Process Use
5%
Microstructure Formation
5%
Distribution Uniformity
5%
N Content
5%
Rapid Solidification
5%
Computer-aided Design
5%
Formation Residual
5%
Hardness Measurement
5%
Engineering
Based Powder Bed Fusion Process
77%
Powder Bed Fusion
41%
Melt Pool
40%
Powder Particle
27%
Titania
22%
Alloy
22%
Oxygen Content
19%
Mechanical Properties
18%
Thermal Conductivity
16%
Anisotropic
16%
Defects
16%
Models
16%
Prediction
16%
Application
16%
Evaluation
16%
Heat Conduction
16%
Correction Factor
15%
Chemical Composition
13%
Interstitial Element
13%
Gas Fuel Manufacture
13%
Ultimate Tensile Strength
11%
Size Distribution
11%
Particle Size
11%
Stages
11%
Large Diameter
8%
Laser Materials Processing
8%
Laser Beam
8%
Mesh Size
8%
Particle Size Analysis
8%
Design Information
8%
Computer Aided Design
8%
Computational Fluid Dynamics
6%
Marangoni Convection
6%
Close Proximity
5%
Determines
5%
Vickers
5%
Empirical Model
5%
Build Chamber
5%
Fabricated Component
5%
Area Reduction
5%
Tensile Testing
5%
Proportionality Constant
5%
Measurement
5%
Recycling
5%
Bulk Density
5%
Powder Bed
5%
Processing
5%
Material Science
Powder Bed Fusion
100%
Laser
72%
Powder
54%
Titanium Alloys
22%
Particle
18%
Heat Conduction
16%
Sieving
16%
Thermal Conductivity
16%
Hardness
13%
Computational Fluid Dynamics
10%
Convection
10%
Ultimate Tensile Strength
8%
Porosity
8%
Microstructure
8%
Liquid
6%
Particle Size Analysis
6%
Alloy
6%
Characterization
6%
Stress Relieving
5%
Heat Treatment
5%
Tensile Property
5%
