The purpose of this article is to examine the dynamic behavior of shear deformation beams
subjected to high-speed thermal and mechanical loadings. The structure's theoretical …

A novel two-dimensional inverse differential quadrature method is proposed to approximate
the solution of high-order system of differential equations. A critical aspect of the proposed …

Porous graded materials found in nature can be regarded as variable stiffness optimised
load carrier elements that exhibit beneficial properties for real-life engineering designs. In …

An analytical solution is obtained for the 3D static deflection of variable stiffness composite
beams subject to non-uniformly distributed loads. Governing differential equations with …

Diatom frustules, the intricately structured algal silica exoskeletons, have remarkable
mechanical properties and so are ideal candidates for various engineering applications …

The purpose of this paper is to present the exact analytical solution for the static deflection
analysis of fully coupled composite Timoshenko beams. The system of governing equations …

Beams resting on elastic foundations are widely used in engineering design such as
railroad tracks, pipelines, bridge decks, and automobile frames. Laminated composite …

New exact analytical solutions are presented for the static deflection of coupled Timoshenko
composite beams resting on two-parameter elastic foundations subject to arbitrary boundary …

This study focused on improving the design of slender structures with reinforced concrete
(RC) telecommunication towers as the main application. Analytical procedure based on …

Abstract Using the Variational Iteration Method (VIM) the 3D static deflection problem of
composite beams subject to concentrated tip and uniformly distributed loads is analysed …