Keyphrases
Additive Manufacturing
100%
Technological Trends
100%
Powder-based Additive Manufacturing
100%
Main Class
100%
Powder Bed Fusion Process
100%
In-situ Alloying
60%
Aluminum Alloy
40%
Tool Steel
40%
Processing Effects
40%
Laser Metal Deposition
40%
Laser Powder Bed Fusion (L-PBF)
40%
Powder Mixture
40%
Phase Transformation
40%
NiTi
40%
Micromechanics
20%
Al Alloy
20%
Extrusion
20%
Chemical Composition
20%
Melting Temperature
20%
Lithography
20%
In Situ
20%
Microstructure
20%
Cold Working
20%
Alloy Composition
20%
Heat Treatment
20%
Class-specific
20%
Aerospace
20%
Geometric Complexity
20%
AlSi10Mg
20%
Hot Work Tool Steel
20%
Recyclability
20%
Tensile Behavior
20%
Additive Manufacturing Process
20%
Two-section
20%
Ti-6Al-4V (Ti64)
20%
Defect Formation
20%
Temperature Property
20%
Tensile Properties
20%
Processing Parameters
20%
Keep up
20%
Process-based
20%
Cooling Effect
20%
Cold Work Tool Steel
20%
Functional Properties
20%
First Section
20%
Shape Memory Alloy
20%
Energy Input
20%
Hot Working
20%
Metal Powder
20%
Metal Additive Manufacturing
20%
Novel Class
20%
Al-Zn-Mg-Cu
20%
Transformation Temperature
20%
Debinding
20%
Process Parameters Influence
20%
Binder Jetting
20%
Magnetic Materials
20%
Elementary Class
20%
Iron-based
20%
High Temperature Shape Memory Alloys
20%
Laser-based Techniques
20%
Cold Spray
20%
AlSi12
20%
Ready-to-use
20%
Functional Gradient
20%
Copper-based
20%
Printing Strategy
20%
Formation Porosity
20%
High Performance Polymers
20%
Production Tools
20%
NiTi Shape Memory Alloy
20%
AA7075
20%
Microstructure Evolution
20%
FeCo Alloy
20%
AA6061
20%
NdFeB Magnets
20%
Powder Quality
20%
High-entropy Alloy
20%
Phase Precipitation
20%
Zr-based
20%
Hardness Microstructure
20%
Soft Magnetic Materials
20%
Crack Formation
20%
Separate Table
20%
Net Shape
20%
Feedstock Properties
20%
Process Feature
20%
Directed Energy Deposition
20%
Shape Part
20%
Polymer Filament
20%
Engineering
Direct Energy Deposition
10%
Material Science
Microstructure Evolution
9%