Modeling and analyzing the sports equipment for injury prevention, reduction in cost, and
performance enhancement have gained considerable attention in the sports engineering …

This study sheds light on designing optimized 3D printed polymeric sandwich beams by
utilizing the practical aspect of the failure mechanisms. Obtaining an optimal face sheet …

Wood-based sandwich composite with a paper honeycomb core, especially for thick boards,
has the advantage of high strength-to-weight ratio for the use in lightweight furniture …

The research results describing damage to wood-based lightweight panels, in which slender
core cells are made of paper impregnated with modified starch, have not been encountered …

Abstract Three-dimensional (3D) sandwich composites are an excellent material, boasting
light weight, high strength, and high specific stiffness. For materials comprising this structure …

Structural systems developed from novel materials that are more durable and less prone to
maintenance during the service lifetime are in great demand. Due to many advantages such …

In many scientific studies, beams reinforced with synthetic fiber ribbons are modeled, wood
composites and materials are designed, and structures made with hollow core boards are …

The paper presents the results of dynamic testing of two wood species: lime-tree (Tilia
europoea) and pine (Pinaceae). The dynamic compressive tests were carried out using the …

The prevalent application of aluminum honeycomb panels in high-speed trains presents a
significant challenge regarding their thermal insulation performance, which is crucial for fire …

The transverse compression property is one of most important aspects of the mechanical
performance of a sandwich structure with a soft core. An experiment, analytical method and …