Keyphrases
Deformation Mechanism
100%
Work Hardening Rate
100%
Additive Manufacturing
100%
Fe-Mn Alloy
100%
Multiple Deformation
100%
Tensile Strength
40%
FeMn
40%
Fe-based
40%
Deformation Twinning
40%
Laser Powder Bed Fusion (L-PBF)
40%
Annealing
20%
Grain Size
20%
Dislocation Density
20%
High Density
20%
Stacking Fault Energy
20%
Nanometre
20%
Martensitic Transformation
20%
Premature Failure
20%
Degradation Rate
20%
Ferrite
20%
Hard Phase
20%
Orthopedic Applications
20%
Planar Defects
20%
Martensite
20%
Heterogeneous Microstructure
20%
Mn-Fe
20%
Soft Phase
20%
Uniform Microstructure
20%
Bone Substitutes
20%
Fracture Elongation
20%
High-entropy Alloy
20%
Martensite-austenite Constituent
20%
Biodegradable Alloys
20%
Cooperative Deformation
20%
Multiphase Materials
20%
Fusion Processing
20%
Excess Gibbs Free Energy
20%
Mn Steel
20%
Pre-alloyed Powder
20%
Martensite Microstructure
20%
Engineering
Deformation Mechanism
100%
Strain Hardening
100%
Martensite
60%
Deformation Twin
40%
Ultimate Tensile Strength
40%
Laser Powder Bed Fusion
40%
Nanometre
20%
High-Entropy Alloys
20%
Premature Failure
20%
Orthopedic Application
20%
Soft Phase
20%
Hard Phase
20%
Fracture Elongation
20%
Austenite
20%
Bone Substitutes
20%
Stacking Fault Energy
20%
Mn Steel
20%
Gibbs Free Energy
20%
Degradation Rate
20%
Material Science
Work Hardening
100%
Deformation Mechanism
100%
Martensite
60%
Ultimate Tensile Strength
40%
Laser Powder Bed Fusion
40%
Grain Size
20%
Austenite
20%
Density
20%
High Entropy Alloys
20%
Bone Substitutes
20%
Crystal Defect
20%