In this paper, size dependent stability analysis of cantilever micro-pipes conveying fluid is
investigated. The mathematical derivations are expanded in terms of three length scale …

Micropipe conveying fluid as a core element can be found in many microfluidic devices. In
such scale, size effect phenomenon in micropipe may play a significant role in the …

The free vibration and instability characteristics of nanoshells made of functionally graded
materials (FGMs) with internal fluid flow in thermal environment are studied in this paper …

The aim of this paper is to develop a nonlinear theoretical model for cantilevered
micropipes/microbeams conveying fluid and to explore the possible size-dependent …

This work investigates nonlinear size-dependent resonant characteristics of fluid-conveying
extensible micropipes subjected to a harmonic load. The nonlinear governing equation and …

Forced vibration analysis of a simple supported viscoelastic nanobeam is studied based on
modified couple stress theory (MCST). The nanobeam is excited by a transverse triangular …

In this paper, the complex viscoelastically coupled global mechanics of fluid-conveying
microtubes is examined for the first time. The externally excited microtube is assumed to be …

Purpose In the present study, the linear and nonlinear vibration characteristic of the
microbeam has external mass is studied under different boundary conditions and the 3: 1 …

In this study, free vibration of the sandwich microbeam with porous core and FG carbon
nanotubes reinforced composite face sheets which is rested on Winkler‐Pasternak substrate …

This paper is aimed to examine the geometrically nonlinear vibration and stability of
nanoscale pipe conveying fluid incorporating surface stress effect. To approach this, the von …