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

Engineering & Materials Science

Forging
Microstructure
Metal forming
Hot working
Microstructural evolution
Superalloys
Finite element method
Nickel
Strain rate
Superplasticity
Physics
Parking
Mechanical properties
Forging machines
Formability
Mechanics
Mobile robots
Plastic deformation
Processing
Plastics
Railroad cars
Acoustics
Computer simulation
Grain refinement
Superplastic deformation
Ductility
Temperature
Musical instruments
Stress-strain curves
Hardening
Constitutive equations
Constitutive models
Grain growth
Airfoils
Shear bands
Metals
Textures
Titanium alloys
Acoustic waves
Unloading
Kinematics
Heat treatment
Coarsening
Cosmology
Relativity
Mathematical models
Equal channel angular pressing
Robots
Nickel alloys
Alloy steel

Chemical Compounds

Microstructure
Hot working
Metal forming
Finite element method
Superplasticity
Microstructural evolution
Formability
Mechanics
Mechanical properties
Plastic deformation
Plastics
Computer simulation
Grain refinement
Superplastic deformation
Strain rate
Metals
Stress-strain curves
Hardening
Constitutive equations
Constitutive models
Grain growth
Airfoils
Shear bands
Textures
Titanium alloys
Kinematics
Heat treatment
Coarsening
Processing
Ductility
Temperature
Equal channel angular pressing
Unloading
Nickel alloys
Alloy steel

Physics & Astronomy

General

superplastic forming
microstructure
plastic deformation
simulation
constitutive equations
simplification
hardening
optimization
textures
unloading
titanium alloys
curves
macroscopic equations
tracing
nonuniformity

Chemistry and Materials

superplasticity
mechanical properties
elastic properties

Engineering

softening
triaxial stresses

Physics

strain rate