Химические соединения
Plasticity
Relaxation time
Plastics
Copper
Grain boundary sliding
Plastic deformation
Ultrafine
Strain rate
Aluminum
Fibers
Crack tips
Viscoelasticity
Dynamic recrystallization
Rubber
Nickel
Metals
Polyethylene
Elastic deformation
Collagen
Microstructure
Yield stress
Computer simulation
Crack propagation
Cracks
Stress relaxation
Creep
Nanocrystalline materials
Nanostructured materials
Exponential functions
Electron beams
Tuning
Molecular dynamics
Irradiation
Shear strength
Electron microscopy
Set theory
Chemical activation
Energy dissipation
Elastic moduli
Experiments
Технические дисциплины и материаловедение
Plasticity
Relaxation time
Plastics
Grain boundary sliding
Collagen
Plastic deformation
Copper
Strain rate
Fibers
Crack tips
Viscoelasticity
Dynamic recrystallization
Elastic deformation
Polyethylenes
Microstructure
Nickel
Aluminum
Yield stress
Rubber
Computer simulation
Crack propagation
Metals
Cracks
Stress relaxation
Creep
Nanocrystalline materials
Nanostructured materials
Exponential functions
Electron beams
Tuning
Molecular dynamics
Irradiation
Shear strength
Electron microscopy
Set theory
Chemical activation
Energy dissipation
Elastic moduli
Experiments
Физика и астрономия
plastic properties
plastic deformation
strain rate
plastics
collagens
crack tips
viscoelasticity
metals
fibers
relaxation time
microstructure
copper
aluminum
plastic flow
sliding
detachment
scalars
micrometers
simulation
cracks
shear strength
predictions
tearing
time constant
nanocrystals
sensitivity
estimates
exponential functions
elastic deformation
slip
teeth
concentrators
materials science
energy dissipation
microbalances
tuning
grain size
rubber
grain boundaries
molecular dynamics
