Abstract Three-dimensional (3D) stitching technology is an effective and advanced textile
method to improve the interlaminar performance of the composites, allowing their …

Because of the advantageous characteristics of strong integrity, lightweight, high
performance, and various designs, woven spacer fabric (WSF) and its composite are …

Three-dimensional stitched composite (3DSC) is one kind of 3D textile structural composite
with higher performance on the interlaminated properties. This work demonstrates a …

The failure behavior and energy absorption performance of aluminum honeycomb sandwich
beams with glass fiber-reinforced epoxy/aluminum laminates (GLARE) face-sheets under …

A novel composite sandwich beam with adaptive active control system is proposed for low-
frequency vibration reduction, and the experimental investigation on adaptive closed-loop …

Stitch, a flexible method of enhancing interlayer toughness, is widely applied in engineering.
The strength of sutures with various stitching patterns dominates the interlaminar fracture …

In this study, C-sandwich radome composites with double-layer woven lattice truss
composites were designed and manufactured by vacuum infusion process and hot-pressing …

T-joints are key structural elements that connect opposing surfaces, thereby providing the
load path between flat or curved panels (ie, upper and lower wing skins) and transverse …

A stitched integrated thermal protection system (SITPS) has thermal protection/insulation
and load-bearing capacity. According to the thermal protection/insulation, loading-bearing …

CFRP/honeycomb sandwiches often fail prematurely due to interface debonding when
subjected to bending loads. In this paper, three kinds of toughening interfaces were …