Porosity and deformable boundary effects on the dynamic of nonlocal sigmoid and power-law FG nanobeams embedded in the Winkler–Pasternak medium
Objective The aim of this study is to solve the free vibrations of embedded functionally
graded porous and non-porous nanobeams with different material distributions (power-law …
graded porous and non-porous nanobeams with different material distributions (power-law …
Examining the critical speed and electro-mechanical vibration response of a spinning smart single-walled nanotube via nonlocal strain gradient theory
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 …
electrical loads are examined for the first time. The smart nanotube structure is made from a …
Free vibration analysis of closed and open horizontal cylindrical shells utilizing coupled transfer function method and differential transform method
M Ameli-Basiri, M Tavakkolizadeh… - Mechanics of Advanced …, 2024 - Taylor & Francis
This article aims to analyze the free vibration of closed and open horizontal circular
cylindrical shells based on the concept of state-space transformation in conjunction with the …
cylindrical shells based on the concept of state-space transformation in conjunction with the …
An investigation on the torsional vibration of a FG strain gradient nanotube
In this work, an attention is paid to the prediction of torsional vibration frequencies of
functionally graded porous nanotubes based on the Lam strain gradient elasticity theory …
functionally graded porous nanotubes based on the Lam strain gradient elasticity theory …