Variational formulations for functionally graded nonlocal Bernoulli–Euler nanobeams
The bending problem of functionally graded Bernoulli–Euler nanobeams is analyzed
starting from a nonlocal thermodynamic approach and new nonlocal models are proposed …
starting from a nonlocal thermodynamic approach and new nonlocal models are proposed …
A gradient elasticity model of Bernoulli–Euler nanobeams in non-isothermal environments
Abstract The Bernoulli–Euler beam formulation is extended by means of the nonlocal strain
gradient theory in the nonhomogenous temperature field setting. Starting from the nonlocal …
gradient theory in the nonhomogenous temperature field setting. Starting from the nonlocal …
Influence of waviness and vacancy defects on carbon nanotubes properties
Previous and present theoretical and experimental research of polymer and other
composites have shown that carbon nanotubes, acting as an reinfocements, significantly …
composites have shown that carbon nanotubes, acting as an reinfocements, significantly …
Estimation of material properties of nanocomposite structures
A method for the numerical modelling of mechanical behaviour of nanocomposite materials
reinforced with the carbon nanotubes, based on computational homogenization as a multi …
reinforced with the carbon nanotubes, based on computational homogenization as a multi …
A gradient model for torsion of nanobeams
FM de Sciarra, M Canadija… - Comptes …, 2015 - comptes-rendus.academie-sciences …
Micro-and nano-elements are particular structures whose characteristic size (thickness,
diameter, etc.) is in the order of the micron and the sub-micron. These elements are widely …
diameter, etc.) is in the order of the micron and the sub-micron. These elements are widely …
Bending behaviour of single-layered graphene nanosheets with vacancy defects
Sažetak The paper at hand deals with the single layered graphene sheets. In particular, the
influence of the vacancy location and the density of vacancies on the bending behavior are …
influence of the vacancy location and the density of vacancies on the bending behavior are …
Influence of imperfections on double walled carbon nanotube mechanical properties
The mechanical properties of nanocomposite materials are notably improved with the usage
of carbon nanotubes as a reinforcement, according to many theoretical and experimental …
of carbon nanotubes as a reinforcement, according to many theoretical and experimental …
Imperfections in carbon nanotubes structure and their impact on the basic mechanical properties
Theoretical and experimental research of nanocomposite materials have shown that usage
of carbon nanotubes as a reinforcement, significantly improves the mechanical properties of …
of carbon nanotubes as a reinforcement, significantly improves the mechanical properties of …
[PDF][PDF] Influence of imperfections on carbon nanotube properties
Theoretical and experimental research of polymer and other composites, up to now, have
shown that carbon nanotubes as a reinforcement significantly improve the mechanical …
shown that carbon nanotubes as a reinforcement significantly improve the mechanical …
Multiscale Modeling of Nanocomposite Structures with Defects
A method for the numerical modeling of mechanical behavior of nanocomposite materials
reinforced with the carbon nanotubes, based on the computational homogenization as a …
reinforced with the carbon nanotubes, based on the computational homogenization as a …