Keyphrases
Directed Energy Deposition
89%
Ti-6Al-4V (Ti64)
71%
Processing Parameters
68%
Additive Manufacturing
67%
Substrate Thickness
46%
Inconel 718 (IN718)
44%
Laser Powder Bed Fusion (L-PBF)
44%
Laser Power
43%
Substrate Temperature
43%
In Situ
40%
Flaw Detection
37%
Microstructure
33%
Mechanical Properties
31%
Thick Substrate
29%
Porosity
28%
Substrate Effect
28%
Working Distance
26%
Powder Flow
26%
Complex Shape
22%
Additive Manufacturing System
22%
Energy Distribution
22%
Variable Sensitivity
22%
Open Architecture
22%
Porous Properties
22%
Microstructure Properties
22%
Scanpath
22%
Characterization Techniques
22%
Deep Learning
22%
Processing Effects
22%
Path Generation
22%
Processing Conditions
22%
External Morphology
22%
AlSi10Mg
22%
Information Content
22%
Deposition Parameters
22%
Ultrasonic Testing
22%
Machine Learning
22%
Fusion Zone
22%
Thin Substrate
22%
Flow Characterization
22%
Directed Energy
22%
Adjustment Strategy
22%
Parameter Adjustment
22%
Remelting
22%
Single Bead
18%
X-ray Computed Tomography (X-CT)
17%
Deposition Layer
16%
Keyhole Pores
16%
Process Anomalies
16%
In Situ Data
16%
Engineering
Additive Manufacturing
100%
Ti-6al-4v
80%
Laser Power
74%
Processing Parameter
71%
Powder Bed Fusion
67%
Substrate Temperature
44%
Flaw Detection
37%
Thick Substrate
33%
Process Monitoring
26%
Powder Flow
26%
Road
22%
Energy Distribution
22%
Characterization Method
22%
Sensor Fusion
22%
Gas Fuel Manufacture
22%
Scan-Path Generation
22%
Deposition Parameter
22%
Information Content
22%
Processing Condition
22%
Fusion Zone
22%
Adjustment Parameter
22%
Interlayer
20%
Melt Pool
16%
Classification Performance
14%
Bead Height
14%
Mitigation Strategy
14%
Spectral Emission
11%
Process Parameter
11%
Concept Laser
11%
Triply Periodic Minimal Surface
8%
Distortion Measurement
7%
Substrate Surface
7%
Spatial Information
7%
Sensitivity Study
7%
Experimental Result
7%
Metallography
7%
Layerwise
7%
Empirical Model
7%
Elevated Temperature
7%
Multiple Sensor
7%
Situ Measurement
7%
Laser Cladding
7%
Temperature Increase
7%
Travel Speed
7%
Deposited Material
7%