This paper is a review of the most influential approaches to developing beam models that
have been proposed over the last few decades. Essentially, primary attention has been paid …

The paper is aimed at improving computational cost enhanced by a new combination of
deep neural network (DNN) and modified symbiotic organisms search (mSOS) algorithm for …

This paper presents a new class of refined beam theories for static and dynamic analysis of
composite structures. These beam models are obtained by implementing higher-order …

In this study, an efficient 1D finite element model (FEM) is presented for the axial–flexural
buckling, post-buckling and geometrically nonlinear analyses of thin-walled beams. The non …

In this paper, by using the Carrera unified formulation, a higher-order plate theory, in the
framework of FEM, the mechanical and thermal buckling loads of functionally graded (FG) …

In this work, nonlinear buckling analysis of thin-walled beams by two different models is
investigated: first one, developed by MUL2 group, based on Carrera Unified Formulation …

Flutter analyses of composite lifting surfaces are presented in this paper. Results were
obtained through an advanced aeroelastic formulation based on higher-order 1D structural …

The subject of the paper are cold-formed, thin-walled non-standard channel beams with
stiffened webs. The local elastic buckling and limit load of the beams subjected topure …

An advanced aeroelastic formulation for flutter analyses is presented in this paper. Refined
1D structural models were coupled with the doublet lattice method, and the g-method was …

The aerospace structure design is one of the most challenging field in the mechanical
engineering. The advanced structural configurations, introduced to satisfy the weight and …