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Material Science
High Entropy Alloys
100%
Alloy
69%
Neutron Diffraction
61%
Mechanical Property
45%
Three Dimensional Printing
26%
Diffraction Measurement
25%
Crack Tip
22%
Deformation Mechanism
22%
Nickel-Based Superalloys
21%
Medium-Entropy Alloy
20%
Density
20%
Stainless Steel
19%
Work Hardening
19%
Plastic Deformation
18%
Bulk Metallic Glass
16%
Crystal Defect
16%
Residual Stress
16%
Fatigue Crack
15%
Transmission Electron Microscopy
15%
Fatigue of Materials
15%
Piezoelectricity
14%
Shape Memory Effect
13%
Magnetoresistance
13%
Austenite
13%
Synchrotron X-Ray Diffraction
13%
Nickel Alloy
13%
Yield Stress
12%
Ductility
12%
Crystal Structure
11%
Ultimate Tensile Strength
10%
Heat Treatment
10%
Elevated Temperature
10%
Austenitic Stainless Steel
10%
Microstructural Evolution
10%
Corrosion
10%
Fatigue Crack Growth
10%
Low-Cycle Fatigue
10%
Domain Wall
9%
Grain Size
8%
Plastic Anisotropy
8%
Anisotropy
8%
Crack Growth
8%
Stress Field
8%
Matrix Composite
8%
Pure Zinc
8%
Nanofiber
8%
Lattice Distortion
7%
Martensite
7%
Selective Laser Melting
7%
Nucleation
7%
Keyphrases
High-entropy Alloy
47%
Additive Manufacturing
19%
In Situ Neutron Diffraction
18%
Mechanical Properties
15%
Crack Tip
14%
Room Temperature
12%
Non-equiatomic
12%
Phase Transformation
12%
CoCrNi Medium-entropy Alloy
11%
Neutron Diffraction
11%
High Entropy Shape Memory Alloy
10%
Additively Manufactured
10%
Cyclic Loading
10%
Neutron Diffraction Method
10%
Magnetoresistance
10%
Diffraction
9%
Plastic Deformation
9%
Mechanical Behavior
9%
Microstructure
9%
Ni80Fe20
9%
Fatigue Resistance
9%
Synchrotron X-ray
8%
Core-shell
8%
Fatigue Crack Tip
8%
Mixing Enthalpy
8%
Deformation Mechanism
7%
Precipitation Sequence
7%
Cyclic Softening
7%
Transmission Electron Microscopy
7%
Nickel Alloys
7%
Nanoprecipitates
6%
P(VDF-TrFE)
6%
Bulk Metallic Glass
6%
Permalloy
6%
Microstructural Development
6%
In Situ
6%
Cyclic Deformation
6%
Stacking Faults
6%
Martensitic Transformation
6%
Serrated Deformation
5%
Stainless Steel
5%
Elevated Temperature
5%
Magnetoresistance Ratio
5%
Coaxial Electrospun
5%
Structural Transformation
5%
Plastic Anisotropy
5%
Ni-based Superalloy
5%
Nickel-based Superalloy
5%
Selective Laser Melting
5%
Hydrogen Embrittlement
5%
Engineering
Diffraction
30%
Alloy
15%
Crack Tip
13%
Stainless Steel
11%
Anisotropy
10%
Mechanical Property
10%
Phase Transition
9%
Additive Manufacturing
8%
Fatigue Crack
8%
Residual Stress
7%
Core-Shell
6%
Retained Austenite
5%
X Ray
5%
Fatigue Crack Growth
5%
Induced Deformation
5%
Dislocation Density
5%
Selective Laser Melting
5%
Yield Point
5%
Compressive Residual Stress
5%
