Laminated composite and sandwich structures are lightweight structures that can be found
in many diverse applications especially civil, mechanical and aerospace engineering. The …

In this paper, we propose a multiscale data-driven framework for Fiber Reinforced Polymer
(FRP) composites. At the mesoscopic scale, the 3D stress–strain material database is …

Composite plates are widely used in many engineering fields such as aerospace and
automotive. An accurate and efficient multiscale modeling and simulation strategy is of …

The stochastic buckling behaviour of sandwich plates is presented considering uncertain
system parameters (material and geometric uncertainty). The higher-order-zigzag theory …

This paper aims to propose an efficient and accurate framework for the post-buckling
analysis of sandwich structures with elastic-plastic material behaviors. Correspondingly …

Abstract The advanced Automated Fibre Placement (AFP) manufacturing technologies make
the synthesis of Variable Angle Tow (VAT) composites, which enable the design of …

In this article, we continue the investigations on the forming behavior of the
steel/polymer/steel (SPS) sandwich composites as introduced in Part 1 [1]. In this paper, the …

In this paper, we propose an efficient and accurate approach to investigate the post-buckling
behavior of sandwich structures. In this framework, a novel one-dimensional layer-wise …

This paper investigates the periodic global buckling and wrinkling of sandwich struts
subjected to uniaxial loads. An exact elasticity solution is obtained in the plane strain setting …

This paper presents a two-dimensional finite element model to investigate global and local
instability phenomena in sandwich plates. In particular, global buckling and symmetrical and …