Micro scale experiments demonstrated that the material deformation behaviors of some
metals and polymers deformed elasticity are size dependence, and the modified couple …

This study addresses the deficiency of means for analysis of planar arbitrarily curved
microbeams. More precisely, a formulation is developed for static analysis employing the …

Recently, detecting biological particles by analyzing their mechanical properties has
attracted increasing attention. To detect and identify different bioparticles and estimate their …

This paper presented an efficient finite element formulation for analysis of the buckling and
free vibration of the axial functionally graded (AFG) Euler-Bernoulli nanobeam based on …

Nonlinear dynamics of a double-layer viscoelastic nanobeam embedded into an
electromechanical system is investigated in this paper. The nanoelectromechanical system …

The main objective of this research is to provide a general nonlinear model of adjustable
piezoelectric microwires with the ability to tune the stability conditions. In order to increase …

This research work deals with analyzing instability and nonlinear behaviors of piezoelectric
thermal nano-bridges. An adjustable thermo-elastic model with the ability to control stability …

Abstract Based on the Euler–Bernoulli beam theory and von Kármán nonlinear hypothesis,
this paper presents a piezo-electrostatically actuated nonlinear porous functionally graded …

This paper deals with the investigation of nonlinear static pull-in instability of smart Nano-
switches regarding the new size-dependent phenomenon, known as flexoelectricity …

Size-dependent behavior of a bistable microelectromechanical system subjected to
electrostatic and piezoelectric actuations is investigated. The system is comprised of an …