This article provides a comprehensive review of recent research efforts on the development
and characterization of sandwich structures with corrugated, honeycomb, and foam cores …

Advanced sandwich structures have emerged as new multifunctional structures with low
density and good mechanical performance. Sandwich composites have high strength to …

点阵材料是一种新型轻质高强材料, 同时具备形状控制, 致动, 能量吸收和传热等多种功能.
文章综述了点阵材料的拉伸主导型设计原则, 点阵构型和制备工艺. 拉伸主导型点阵材料的比 …

Auxetic fabrics have gained an increasing attention in the auxetic material area in recent
years. Especially, auxetic fabrics fabricated based on both weft‐knitted and warp‐knitted …

As a type of lightweight composite material, three-dimensional (3D) woven lattice structure
(WLS) has been extensively applied in various fields. It is extremely significant to investigate …

In this research, woven spacer fabrics with woven cross-links and having different cell
geometries viz. rectangular, trapezoidal and triangular were produced, along with one …

Quasi-static compression and three-point-bending tests were conducted to reveal the failure
mechanisms and the energy absorption capacity of the woven textile sandwich material. The …

In the recent years, the use of textile structures made from high performance fibers is finding
increasing importance in composites applications. In textile process, there is direct control …

The main objective of this study is to investigate the structural performance of reinforced
concrete (RC) beam specimens strengthened with 3D-fiberglass as compared with fiber …

Woven lattice truss sandwich panel (WLTSP) is a novel lightweight multifunctional
construction material. To further improve its compression strength and bending resistance …