The free vibration of two-directional functionally graded (2D-FG) thick curved nanobeam with
concentrated mass is investigated for various boundary conditions. Hamilton's principle is …

Strain-driven (ɛ D) and stress-driven (σ D) two-phase local/nonlocal integral models
(TPNIM) are applied to study the size-dependent nonlinear post-buckling behaviors of …

This paper presents exact solutions for the nonlinear bending problem, the buckling loads,
and postbuckling configurations of a perfect and an imperfect bioinspired helicoidal …

Previous studies indicate that nonlocal piezoelectric differential model would lead to an
inconsistent bending response of Euler-Bernoulli nanobeam. In this paper, static bending …

Size effect is a significant factor for accurate estimation of the thermoelastic damping (TED)
in microplate/nanoplate resonators. The actual TED in microstructures/nanostructures is …

Mathematical formulation is proposed to deal with average bi-Helmholtz kernel (BHK) based
stress-driven nonlocal integral model (SDNIM) with discontinuity, which is converted into …

Axially loaded micro/nano-beams supported on foundations are extensively applied in
micro/nano-electro-mechanical systems. This paper deals with the problems of free …

In this work, the axisymmetric-vibrational behavior of a size-dependent circular nano-plate
with functionally graded material with different types of boundary conditions was …

The target of this paper is to assess the size-dependent geometrical nonlinear static
characteristics of curved panels (CPs) enriched by nano-additives incorporating thermal …

In this paper, we propose general strain-and stress-driven two-phase local/nonlocal
piezoelectric integral models, which can distinguish the difference of nonlocal effects on the …