The behavior of materials at the nanoscale cannot be studied by classical theories.
Accordingly, new theories have been developed to predict the behavior of materials at the …

Nowadays, nanocomposite beams undergoing large displacements are effectively
employed as basic structural components of small-scale electro-mechanical systems, such …

The aim of the present work is to employ the two-phase local/nonlocal Stress-Driven integral
Model (SDM) to analyse the size-dependent Mode I fracture behaviour of Bernoulli-Euler …

Recent developments in modeling and analysis of nanostructures are illustrated and
discussed in this paper. Starting with the early theories of nonlocal elastic continua, a …

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 …

In this article, the well-posedness of several common nonlocal models for higher-order
refined shear deformation beams is studied. Unlike the case of classic beams models, both …

This article presents a hygro-thermal-damping vibration analysis of two-variable shear
deformation beams supported by a visco-Pasternak foundation. In contrast to the majority of …

We study the buckling and free vibration of functionally graded (FG) sandwich Timoshenko
beams resting on an elastic foundation. In contrast to the majority of the literature on this …

We present predictive models of the free vibration of Euler-Bernoulli beams subjected to a
uniformly thermal environment using two-phase local/nonlocal mixture theory of strain-and …

Previous studies have shown that Eringen's differential nonlocal model would lead to the ill-
posed mathematical formulation for axisymmetric bending of circular microplates. Based on …