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Friction and plasticity of micro- and nano-scale metal contacts
Robbert - Jan Dikken
Research output
:
Thesis
›
Dissertation (TU Delft)
54
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Dive into the research topics of 'Friction and plasticity of micro- and nano-scale metal contacts'. Together they form a unique fingerprint.
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INIS
friction
100%
nanostructures
100%
metals
100%
plasticity
100%
dislocations
45%
impingement
36%
plastics
27%
roughness
18%
simulation
18%
motion
18%
interfaces
18%
energy dissipation
18%
length
18%
molecular dynamics method
18%
control
9%
dynamics
9%
surfaces
9%
sliding friction
9%
edge dislocations
9%
atoms
9%
absorption
9%
slip
9%
relaxation
9%
sustainability
9%
nucleation
9%
volume
9%
crystals
9%
burgers vector
9%
scale models
9%
migration
9%
configuration
9%
size
9%
shear
9%
vacancies
9%
Keyphrases
Nanotwinned Metals
100%
Step Motion
22%
Plastic Response
22%
Metal Plasticity
11%
Contact Slips
11%
Self-organized Critical State
11%
Atomic Rearrangement
11%
Contact Plane
11%
Contact Characterizations
11%
Plastic Flow
11%
Dislocation Behavior
11%
Slip Motion
11%
Relaxation Mechanism
11%
Atomic Contacts
11%
Plastic Shear
11%
Single Asperity
11%
Intrinsic Length Scale
11%
Rough Surfaces in Contact
11%
Friction Behavior
11%
Vacancy Generation
11%
Contact Roughness
11%
Burgers Vector
11%
Energy Dissipation Mechanism
11%
Nanoscale Contacts
11%
Engineering
Bottom-Up Approach
9%
Nano Scale Contact
9%
Material Science
Burger Vector
9%