Integration of advanced nanogenerator technology with conventional textile processes
fosters the emergence of textile‐based nanogenerators (NGs), which will inevitably promote …

The literature of numerical modeling of 3D woven composite reinforcements shows that a
wide range of impressive studies have been carried out in the last two decades. During this …

The quality of a composite material produced using a textile reinforcement depends largely
on the way the textile deforms during processing. To ensure the production of high quality …

Abstract 3D warp interlock fabric can be used as a fibrous reinforcement for composite
material. Despite of the numerous research papers dealing with this specific woven …

Thanks to their superior performance including greater cohesion, good mechanical and
delamination behaviors, and excellent formability properties, 3D warp interlock woven …

It is the intent of this manuscript to provide a general treatment of braiding: past, present, and
future. A history and evolution of braiding, braiding machinery, and related engineering …

The mechanical behavior of a four-layer plain weave glass fiber/epoxy matrix composite is
modeled at the mesoscopic scale, taking into account the dry fabric preforming before resin …

The excellent properties exhibited by thermoplastic composites at much reduced weight
have attracted attention in the development of products in different sectors. Thermoplastic …

A new automated method to generate smooth Finite Element meshes for the meso-scale
representation of textile composites unit cells with preformed and compacted reinforcements …

Micromechanical schemes based on the discrete homogenization method are developed to
predict the effective mechanical properties of 3D dry textiles, including the bending moduli …