In this study, a new four-unknown quasi-3D shear deformation theory is proposed for
studying the vibration responses of functionally graded (FG) beams containing open-edge …

The growing use of light composite materials in different industries such as automotive and
aerospace has caused the need for more studies to analyze their behavior. In this study, an …

A two-node beam element based on enhanced Timoshenko beam theory with three
unknowns is developed for static and buckling behaviors of functionally graded beams. The …

An analytical procedure to analyze the linear and nonlinear vibrations of composite beams
with honeycomb core layer and adjustable Poisson's ratio subjected to axial load is …

The geometrically non-linear free in-plane vibration of a circular arch with damages is
studied in this paper. The structure damage can be due to several factors, such as shocks …

This paper examines a novel case study involving the free vibration of a stepped FGM beam-
mass system resting on elastic foundations and subjected to a nonlinear or uniform thermal …

Abstract Machine learning techniques can be used for the prediction of cracks in beam type
structures. Indeed, these techniques present an important management aspect which …

A simple and efficient energy flow model is developed by radiative energy transfer method
(RETM) to predict the high frequency vibration response of functionally graded (FG) beams …

This paper presents two hybrid optimization methods known as PSOHHO and DPSOHHO
optimization algorithms. In the first method, using a number of formulae, the top populations …

The analysis of an intact elastic layer resting on a flexible foundation subjected to patch-
loads moving with a constant velocity, on the layer-free boundary, is carried out. Structural …