The current research proposes an innovative finite element model established within the
context of higher-order beam theory to examine the bending and buckling behaviors of …

An improved porosity distribution is introduced for the bending of a novel model of
functionally graded (FG) sandwich plates via a refined quasi-3D shear and normal …

In the present work, formulation for the nonlinear free vibrational behavior of laminated
variable stiffness composite beams with curvilinear fibers is made incorporating sinusoidal …

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 …

New analytical solutions for the static deflection of anisotropic composite beams resting on
variable stiffness elastic foundations are obtained by the means of the Homotopy Analysis …

High levels of strength-and stiffness-to-mass ratio can be achieved in slender structures by
lengthwise tailoring of their cross-sectional areas. During use, a non-prismatic beam …

Emerging manufacturing technologies, including 3D printing and additive layer
manufacturing, offer scope for making slender heterogeneous structures with complex …

Nanomaterial has become an inevitable part of numerous researches in recent science and
technology. Nanomaterial [1–9] shows some unusual and very crucial characteristics that …

This paper introduces the application of Physics-Informed Neural Network (PINN), a novel
class of scientific machine learning techniques, for analyzing the static bending response of …

This study investigated the thermoelastic vibration behavior of microbeams supported by a
Pasternak foundation, characterized by two elastic parameters: the shear layer modulus and …