Graphene Nanosheets play an important role in nanosensors due to their proper surface to
volume ratio. Therefore, the main purpose of this paper is to consider the nonlinear vibration …

In this paper, the mechanical oscillatory behavior of a chloride ion inside a series of
electrically charged carbon nanotubes (CNTs) is investigated using molecular dynamics …

Metal organic frameworks (MOFs) have numerous practical applications including hydrogen
storage, drug delivery, separation processes and sensing. Sensing is particularly important …

The hollow inside of a carbon nanotube (CNT) has great potential not only for flow rate
enhancement of nanocapillary, but also for a material container which can be applied for …

In this paper, the dynamic behavior of nano-oscillators constructed from lysozyme molecule
inside titania nanotubes is investigated. The continuum approximation along with the …

This paper deals with the mechanical oscillatory behavior of a C 60 fullerene inside open
carbon nanocones (CNCs). The fullerene molecule is assumed to enter the nanocone …

We employed molecular dynamics simulations on the water solvation of conically shaped
carbon nanoparticles. We explored the hydrophobic behaviour of the nanoparticles and …

The elastic modulus of nanowires can be measured by resonant frequency method, in which
the elastic modulus is determined using the classical theory of beam deflection. However …

In recent years, carbon-nanotube (CNT)-based gigahertz oscillators have been widely used
in numerous areas of practical engineering such as high-speed digital, analog circuits, and …

This study deals with the mechanical oscillatory behavior of a C 60 fullerene tunneling
through open carbon nanocones (CNCs) using molecular dynamics simulations. The van …