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RISInfluence of the V acancies on the B uckling B ehavior of a Single – Layered G raphene N anosheet
is modeled on the base of structural mechanics approach which covalent
bonds between atoms are modeled as equivalent beam elements in a finite element
model. The mechanical properties of the nanosheet extracted from the model are in
Bending buckling behavior of perfect and defective single-walled carbon nanotubes via a structural mechanics model
A structural mechanics model is employed for the investigation of the bending buckling behavior
of perfect and defective single-walled carbon nanotubes (SWCNTs). The effects of different types of defects
(vacancies and Stone...
Influence of Boundary Conditions and Defects on the Buckling Behavior of SWCNTs via a StructuralMechanics Approach
The effects of boundary conditions and defects on the buckling behavior of SWCNTs are investigated using a structural mechanics
model. Due to the application of carbon nanotubes in different fields such as NEMS, where they are subjected...
Buckling behavior of perfect and defective DWCNTs under axial, bending and torsional loadings via a structural mechanics approach
The buckling behavior of perfect and defective double-walled carbon nanotubes (DWCNTs) under
axial compressive, torsional and bending loadings is investigated using a structural mechanics model.
The effects of van der Waals (vd...
Buckling analysis of carbon nanotube bundles under bending loading via a structural mechanics model
The effects of boundary conditions on the buckling
behavior of CNT bundles of three SWCNTs are
investigated using a structural mechanics model. Due to
the application of carbon nanotubes in different fields
such as NEMS...
Buckling analysis of carbon nanotube bundles via a structural mechanics model
A structural mechanics model is employed for the
investigation of the buckling behavior of CNT bundles
of three SWCNTs in the CAE space of ABAQUS. To
evaluate the buckling loads of carbon nanotube bundles,
the effects...
Buckling analysis of carbon nanotube bundles via a structural mechanics model
A structural mechanics model is employed for the
investigation of the buckling behavior of CNT bundles
of three SWCNTs in the CAE space of ABAQUS. To
evaluate the buckling loads of carbon nanotube bundles,
the effects...
Torsional Buckling Behavior of SWCNTs Using a Molecular Structural Mechanics Approach Considering Vacancy Defects
In this paper, the influence of various vacancy defects on the critical buckling torques
and twist angles in single-walled carbon nanotubes (SWCNTs) under torsional load
is investigated using a new structural ...
Effect of gap distance of carbon nanotube bundles on bending buckling analysis via a structural mechanics model
In this paper, the influence of various gap distances on
the bending buckling behavior of bundle CNT is
investigated via a structural model. To evaluate the
buckling torques of carbon nanotube bundles, ...
Frequency analysis of perfect and defective SWCNTs
This paper develops a structural mechanical model that analyzes the natural frequency of single-walled
carbon nanotubes (SWCNTs) subjected to fixed–fixed and free–fixed boundary conditions. A Morse
potential is employed for stretching...