The paper is devoted to the stability of an orthotropic multi-layered beam. This beam is an
untypical sandwich structure the faces of which consist of three layers. The original …

This paper is devoted to orthotropic sandwich beams that consist of five layers: two thin
facings made of steel sheets and the core made of three corrugated layers. The obtained …

The paper is devoted to mathematical modelling of multi-layered structures. The case of a
metal seven-layer rectangular plate is considered. The plate is composed of a trapezoidal …

The study is devoted to thin-walled simply supported sandwich beams: three and seven-
layer beams. Seven-layer beams are composed of a trapezoidally crosswise corrugated …

The present work deals with multi-layer rectangular core topology systems built up by
stacking layers made of different rectangular core geometries. Multi-layer systems have …

The stress distributions in trapezoidal corrugated-core integrated thermal protection system
(ITPS) under thermal and mechanical loads are predicted by employing the equivalent …

This research explores how the structural integrity and geometric configurations of
corrugated cores impact the bending characteristics of sandwich panels. The 3-D knitted …

The subject of the study is an orthotropic thin-walled sandwich band plate with trapezoidal
main core and three-layer facings. The external sheets of the faces are flat, whereas the core …

The subject of analytical investigations is a metal seven-layer beam, a plate band with a
lengthwise trapezoidal corrugated main core and two crosswise trapezoidal corrugated …

The subject of analytical and numerical investigations in this paper is a metal seven-layer
rectangular plate with a trapezoidal corrugated main core and two trapezoidal corrugated …