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 …

The nonlinear vibration of cantilever nickel microbeams with thickness in micron level is
investigated through experiment and theory. A non-contact dynamic vibration measurement …

A nonclassical size–dependent beam model is developed to study the geometrically
nonlinear response of functionally graded (FG) nanoscale beams including the combined …

Nano/Micro tubes are extensively used in fluidic nano/micro circuits, biochemical industries
and nano/micro electromechanical systems. In order to investigate the influence of length …

This paper examines the extremely large nonlinear vibrations of a cantilever subject to base
excitation in primary and secondary resonance regions for the first time. To predict extremely …

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 …

In this paper, an integrated nonclassical multi-physics model is developed to study the
coupling effect of surface energy and local microstructure on the nonlinear size-dependent …

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