Recently, small-sized structures including micro/nanobeams, micro/nanoplates,
micro/nanotubes, micro/nanowires, etc. have received great attention among researchers in …

In this study, the dynamical stability of spinning axially graded micro and nanotubes
transporting fluid rested on the Kerr foundation is analyzed. A detailed parametric study is …

As one of the innovative materials, functionally graded (FG) composite materials have the
capability to vary microstructure and design attributes from one side to other representing …

In this paper, based on the nonlocal strain gradient theory (NSGT), the coupled vibrations of
nanobeams with axial and spinning motions under complex environmental changes are …

This paper presents a unified method for analyzing the dynamic behavior of spinning beams
under elastic constraints. Based on the Timoshenko beam theory, a dynamic model of a …

In this study, the stability and vibration analyses of a spinning smart nanotube under
electrical loads are examined for the first time. The smart nanotube structure is made from a …

A novel class of nanoplate-based mass sensor with corner point supports for detecting
attached nanoparticles is proposed. Exact solutions for vibrations of three types of …

In this paper, a new Fredholm transformation approach is presented for flapwise-bending
vibration analysis of nano-beams. The size-dependent effects are investigated using …

Purpose The main aim of this work is to investigate the free vibration of functionally graded
rotating nanotubes using the Euler–Bernoulli beam theory under the assumptions of …

The present research aims to study the free transverse vibration of spinning nano-beams.
Indeed, this research has conducted a numerical analysis through the generalized …