This paper presents the analysis of free vibration and stress state of steel–concrete
composite beams, using high-order theories and closed-form solutions based on Carrera …

In this article, free vibration finite element analysis of variable stiffness composite laminate
(VSCL) beams is carried out. The variable stiffness of laminated beams is acquired by using …

The current work presents the combination of isogeometric approach (IGA) and Carrera
unified formulation (CUF) to perform the buckling analysis of isotropic thin-walled and …

In this article, a new finite strip formulation based on Carrera unified formulation (CUF) is
developed to perform the free vibration analysis of cross-and angle-ply composite laminated …

The free vibration study of industry-driven woven fibre laminated carbon/epoxy composite
beam is addressed through experimental and numerical modal analysis in the present …

In this paper, finite element analysis of stationary and axially moving beams using
micropolar theory is studied, and a higher order model based on Carrera unified formulation …

In this work, thermo-mechanical analysis of functionally graded material beams using
micropolar theory is studied. The analysis is based on a higher-order model in the …

Isogeometric layerwise finite element (L-IGA) formulation is a recent state-of-the-art
approach integrating Non-Uniform Rational B-spline (NURBS) basis functions into the quasi …

In this paper, free vibration finite element analysis of axially moving laminated composite
beams subjected to axial tension is studied. It is assumed that the beam has a constant axial …

This work presents a refinement of the finite strip method (FSM) based on the Carrera unified
formulation (CUF) and is applied to free vibration analysis of variable stiffness composite …