Physics & Astronomy
plastic properties
adhesives
molecular dynamics
friction
embedded atom method
simulation
Green's functions
adhesion
traction
shear
platens
elastic bodies
plastic bodies
metal crystals
static friction
tribology
sliding
plastic deformation
continuums
bicrystals
impingement
crystals
viscoelasticity
edge dislocations
linearity
coefficient of friction
plastics
slip
punches
elastic properties
phase transformations
geometry
roughness
single crystals
shearing
microbalances
formulations
metal surfaces
yield strength
shape memory alloys
nucleation
attachment
elastic deformation
nanotechnology
plane strain
lubrication
surface roughness
piles
indentation
wire
Engineering & Materials Science
Molecular dynamics
Green's function
Plasticity
Crystals
Adhesives
Friction
Surface roughness
Metals
Adhesion
Plastic deformation
Edge dislocations
Indentation
Wavelength
Plastics
Single crystals
Elastic constants
Dislocations (crystals)
Computer simulation
Tribology
Viscoelasticity
Lattice constants
Nucleation
Atoms
Geometry
Elastic moduli
Elasticity
Shape memory effect
Wire
Shearing
Surface chemistry
Stick-slip
Yield stress
Hardness
Surveying
Nanotechnology
Elastic deformation
Crystal orientation
Discrete Fourier transforms
Martensite
Piles
Stress concentration
Traction (friction)
Lubrication
Experiments
Tensors
Analytical models
Derivatives
Temperature
High-entropy alloys
Wear of materials
Chemical Compounds
Molecular dynamics
Green's function
Crystals
Plasticity
Metals
Surface roughness
Adhesion
Adhesives
Friction
Plastic deformation
Edge dislocations
Indentation
Wavelength
Direction compound
Single crystals
Elastic constants
Dislocations (crystals)
Tribology
Viscoelasticity
Lattice constants
Nucleation
Atoms
Computer simulation
Geometry
Elastic moduli
Elasticity
Martensite
Shape memory effect
Wire
Plastics
Shearing
Surface chemistry
Stick-slip
Hardness
Surveying
Nanotechnology
Elastic deformation
Crystal orientation
Discrete Fourier transforms
Piles
Traction (friction)
Lubrication
Tensors
Analytical models
Derivatives
Temperature
High-entropy alloys
Wear of materials
Vacancies
Pressure distribution