In this paper, the stability of pipes conveying fluid with viscoelastic fractional foundation is
investigated. The pipe is fixed at the beginning while the pipe end is constrained with two …

A nonlocal strain gradient elasticity approach is proposed for the mechanical behaviour of
fluid-conveying nanotubes; a nonlinear analysis, incorporating stretching, is conducted for a …

In this article, the flutter vibrations of fluid-conveying thin-walled nanotubes subjected to
magnetic field is investigated. For modeling fluid structure interaction, the nonlocal strain …

The divergence and flutter instabilities of the thin-walled spinning pipes reinforced by single-
walled carbon nanotubes in thermal environment are investigated. The material properties …

As a first attempt, the vibration and stability analysis of magnetically embedded spinning
axially functionally graded (AFG) nanotubes conveying fluid under axial loads is performed …

In this study, a size-dependent Timoshenko beam model is used for free vibration and
instability analysis of a nanotube conveying nanoflow. To capture the size effects, nonlocal …

Functionally gradient materials and small-scale pipes have a great important in industry
because of its wide applications in many engineering fields such as, fluid transport in fluidic …

In this paper, size-dependent vibration analysis of axially functionally graded (AFG)
supported nanotubes conveying nanoflow under longitudinal magnetic fields are performed …

Stability analysis of a composite thin-walled cantilever pipe conveying fluid supported at free
end by linear translational and rotational springs is considered in this paper. The governing …

In this study, vibration and dynamic stability of fluid-conveying thin-walled rotating pipes
reinforced with functionally graded carbon nanotubes are studied. The pipe is modeled …