couple stress theory (MCST) with von

Kármán-type geometric non-linearity is utilized in theoretical formulations. The non-linear

governing differential equation of motion is derived using Hamilton’s principle and solved

using a simple...

In this paper, analysis of shear deformable functionally graded (FG) nanobeams in postbuckling based on

modified couple stress theory is presented. The nonlinear behavior of postbuckling is defined based on

von-Karman geometric...

This paper presents a new investigation for propagation of stress wave in a nanobeam based on modified couple stress theory. Using Euler– Bernoulli beam theory, Timoshenko beam theory, and Reddy beam theory, the effect of shear deformation...

The elastic buckling analysis and the static postbuckling response of the Euler–Bernoulli microbeams containing an open edge crack are studied based on a modified couple stress theory. The cracked section is modeled by a massless elastic rotational...

This paper develops a cracked nanobeam model and presents buckling analysis of this developed model based on a modified couple stress theory. The Timoshenko beam theory and simply supported boundary conditions are considered. This nonclassical model...

stress theory. To this end, a Kirchhoff’s thin plate model together with the modified couple stress theory is considered to extract the eigenvalue problem which governs on free vibrations of the system. Using the free vibration equation of the system...

This paper presents an analytical and size-dependent model for vibrational analysis of fully clamped rectangular microplates. Modified couple stress theory (MCST) and the Kirchhoff plate model are considered, and Hamilton’s principle is employed...

This paper is aiming to present an analytical method to study on thermoelastic damping (TED) and dynamic behavior of micro-beam resonators as a micro-electro-mechanical system (MEMS) using modified coupled stress theory. Coupled thermoelasticity...