The development of modern aeronautical and aerospace industries has greatly been
accelerated by the upgradation of advanced lightweight architecture materials. As a …

Owing to their high strengths and stiffnesses, carbon fibre reinforced composites (CFRC) are
widely used in aerospace engineering for lightweight structural designs. The introduction of …

This research offers an in-depth examination of the buckling and post-buckling responses
observed in sandwich plates distinguished by the presence of an anisogrid lattice core and …

Designing lighter airframes is one of the crucial pursuits of aviation for structural and
operational efficiency. Owing to the expansion of the boundaries for manufacturing …

The homogenization-based streamline stiffener path optimization (SSPO) method was
previously proposed by the authors for stiffener layout design of non-uniform curved grid …

Aeronautical and aerospace industries require light and robust structures. This target can be
achieved designing isogrid structures made of composite material. In fact, such structures …

Rotationally periodic stiffened shells have been widely used as load-bearing parts in
engineering structures, however, the buckling analysis and optimization of stiffened shells …

In this study, we present a novel analysis approach for lattice composite cylindrical shells
reinforced with Graphene Platelets (GPL) nanoparticles. Our primary contribution lies in the …

In this paper, a new effective smeared stiffener method is presented for investigating the
global buckling behavior of the laminated sandwich conical shells with lattice cores …

This research tests the idea of folding on the free vibration response of anisogrid lattice
plates. It is assumed that the oblique and straight ribs with functionally graded materials …