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Fingerprint Dive into the research topics where Masatoshi Aramaki is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Ductile fracture
Iron
Stainless steel
Steel
Nitriding
Bearings (structural)
Elongation
Nucleation
Ferritic steel
Coalescence
Precipitates
Strain rate
Synchrotrons
Grain boundaries
Electron microscopes
Austenite
X rays
Microstructure
Ferrite
Martensite
Hardness
Tensile strain
Quenching
Nanoindentation
Tensile strength
Plastic deformation
Fracture energy
Textures
Finite element method
Chemical analysis
Powders
Graphite
Wear of materials
High strength steel
Carbon
Scanning
X ray spectrometers
Nitrogen
Hydrogen
Solid lubricants
Carbides
Wear resistance
Surface morphology
Synchrotron radiation
Fourier analysis
Phase stability
Titanium
Computer simulation
Hot pressing
Constitutive equations

Chemical Compounds

Steel
Stainless Steel
Iron
Ductile fracture
Nitriding
Elongation
Nucleation
Bearings (structural)
Ferritic steel
Precipitates
Strain rate
Synchrotrons
Coalescence
Grain boundaries
X rays
Graphite
Ferrite
Hardness
Tensile strain
Quenching
Electron microscopes
Nanoindentation
Carbon
Plastic deformation
Fracture energy
Textures
Microstructure
Finite element method
Tensile strength
Nitrogen
Titanium
Wear of materials
Powders
Oils
X ray spectrometers
High strength steel
Solid lubricants
Carbides
Wear resistance
Boron
Synchrotron radiation
Fourier analysis
Phase stability
Chemical analysis
Computer simulation
Hot pressing
Constitutive equations
Scanning
Strain hardening
Aging of materials

Physics & Astronomy

General

tensile deformation
steels
voids
stainless steels
tensile tests
elongation
austenite
porosity
examination
martensite
microstructure
grain boundaries
nanoindentation
coalescing
energy
hardness tests
precipitates
closures
interstitials
purity
constitutive equations
computerized simulation
quenching
plastic deformation
slip
work hardening

Chemistry and Materials

iron
ferrites
hardness
carbides
titanium
carbon
yield point
wear resistance
boron
graphite
nitrogen
tensile strength

Physics

synchrotrons
strain rate
crack propagation

Engineering

nucleation
nitriding
triaxial stresses
work softening
x rays
martensitic transformation
electrical resistivity

Mathematical and Computer Sciences

Fourier analysis
finite element method