In this manuscript the bending response of cracked Bernoulli-Euler functionally graded (FG)
nanobeams is investigated by the stress-driven enriched model incorporating surface …

Lately, metal foams have been widely used in various engineering structures due to their
exceptional mechanical properties, including their lightweight. However, scientists have …

In the realm of aerospace engineering, the analysis of flutter under supersonic flight
conditions is of paramount importance. Hybrid nanocomposite materials, known for their …

The nonlinear thermally induced vibration (TIV) characteristics of sandwich beams with
auxetic honeycomb cores under general boundary conditions are studied. Based on first …

In this paper, an analytical investigation is presented on the natural frequency analysis of
sandwich plate resting on Winkler-Pasternak type elastic foundations in thermal …

Bio-composites are outstanding alternatives to prevalent biomaterials in medical instruments
due to their supreme material properties. On the other hand, mechanical analyses of bio …

In the field of medical technology, specialized equipment utilizes tubular metastructures with
a negative Poisson's ratio in vascular stents to reduce the risk of embolism. The deliberate …

In recent years, great research value has been attributed to sandwich structures as energy-
absorbing components in structural protection due to their lightweight advantages. However …

This paper studies the geometrically nonlinear free vibration of a novel nanocomposite
circular plate. The matrix of the nanocomposite structure is made of functionally graded (FG) …

Medical devices utilize auxetic tubes with a negative Poisson's ratio in esophageal and
vascular stents to guard against embolism. Designing stents with auxetic structures provides …