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Mechanical behavior of MoS
2
nanotubes under compression, tension, and torsion from molecular dynamics simulations
Eric W. Bucholz,
Susan B. Sinnott
Materials Science and Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
41
Scopus citations
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Dive into the research topics of 'Mechanical behavior of MoS
2
nanotubes under compression, tension, and torsion from molecular dynamics simulations'. Together they form a unique fingerprint.
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Keyphrases
Molecular Dynamics Simulation
100%
Mechanical Behavior
100%
Torsion
100%
Nanotubes
50%
Wall number
50%
Elastic Properties
25%
Density Functional Calculations
25%
Chirality
25%
Mechanical Response
25%
Single-walled
25%
Classical Molecular Dynamics Simulations
25%
Compressive Load
25%
Tensile Loading
25%
Bond-order Potentials
25%
Torsional Loading
25%
Buckling Behavior
25%
Double Wall
25%
WS2 Nanotubes
25%
S-system
25%
Material Science
Nanotube
100%
Mechanical Property
100%
Density
16%
Elastic Property
16%
Chirality
16%
Engineering
Nanotube
100%
Structural Parameter
33%
Mechanical Response
16%
Influencing Factor
16%
Tensiles
16%
Interrelationship
16%
Buckling Behavior
16%
Lesser Extent
16%