Abstract The Carrera Unified Formulation (CUF) was recently extended to deal with the
geometric nonlinear analysis of solid cross-section and thin-walled metallic beams (Pagani …

The main goal in this paper is to make analysis of post-buckling of laminated composite
beams under hygrothermal effect. In solution of problem, finite element method is utilized …

The purpose of this study is to investigate thermal post-buckling analysis of a laminated
composite beam subjected under uniform temperature rising with temperature dependent …

This paper presents a shear deformable beam model for the nonlinear stability analysis of
composite beam-type structures. Each wall of the cross-section is stacked in the cross-ply …

Nonlinear free vibration and thermal buckling of a beam resting on nonlinear are
investigated in this study. In the nonlinear kinematic relations, the finite strain theory is used …

In this paper, nonlinear displacements of laminated composite beams are investigated
under non-uniform temperature rising with temperature dependent physical properties. Total …

This work proposes an alternative approach for the nonlinear analysis of 2D, thin-walled
lattice structures. The method makes use of the well-established Carrera Unified …

Spatial thin-walled laminated composite beams under large deformations with torsional
warping effects are studied. A novel two-dimensional cross-section model for composite …

The objective of this work is to analyze geometrically nonlinear static analysis a simply
supported laminated composite beam subjected to a non-follower transversal point load at …

The objective of this work is to analyze large deflections of a fiber reinforced composite
cantilever beam under point loads. In the solution of the problem, finite element method is …