Abstract Analysis of the mechanical behavior of nanostructures has been very challenging.
Surface energy and nonlocal elasticity of materials have been incorporated into the …

The purpose of the current study is to address the nonlinear buckling and postbuckling
response of nanoscaled cylindrical shells made of functionally graded material (FGM) under …

On the basis of nonlocal elasticity theory, this paper studies the dynamic structural instability
behavior of cantilever nanotubes conveying fluid incorporating end concentrated follower …

The prime aim of the current investigation is to predict the nonlinear torsional buckling and
postbuckling behavior of geometrically imperfect cylindrical nanoshells including surface …

In the present study, a modified nonlocal elasticity theory is used for flutter and divergence
analyses of the cantilever carbon nanotubes (CNTs) conveying fluid. The CNT is embedded …

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

In this paper, the nonlinear forced vibration of a piezoelectrically driven micro/nano
cantilever-based biosensor is investigated via couple stress theory. The origin of nonlinear …

Double-sided nano-devices can potentially be used as tuning switches and variable
capacitors. In this paper, the pull-in behavior of double-sided cantilever nano-wires …

The problem of pull-in instability of a cantilever micro-or nano-switch under electrostatic
forces has attracted considerable attention in the literature, given its importance in designing …

Here, nonlinear buckling and postbuckling properties of cylindrical silicon nanopanels of
finite length resting on elastic foundation exposed to axial compression have been studied …