Braiding is a highly versatile and cost-effective method of producing structures that has been
successfully used for numerous applications ranging from ropes, composites, biomedical …

Preforming technology has emerged as core to the manufacture of engineering composites
with enhanced properties at reduced production costs. Textile technologies such as …

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 …

Geometrical modelling for tubular braids of different structures is studied and a simple
versatile three-dimensional model is proposed after considering the crimp of the braiding …

A circular braiding process is adapted to produce three-dimensional shapes by braiding
over a contoured mandrel. The present work deals with the simulation of various braided …

Braiding technique is one of the most cost‐effective and versatile methods to manufacture
braided preforms for producing textile reinforced composites. Carbon fiber is one of the most …

The present study focuses on the experimental and analytical analysis of the deformability
behaviour of the triaxial braided fabrics during forming. The mechanical model of the yarns …

Abstract Tubular Braided Composites (TBC) have a higher strength to weight ratio than
conventional materials and better mechanical properties compared to laminated composite …

预制体作为复合材料的增强相, 决定着复合材料的性能. 而预制体的性能往往取决于纱线的空间
结构, 为了反映织物内部纤维束的宏观三维空间结构和微观截面几何构型, 通过将纱线离散化 …

Circular braiding has been successfully adapted for producing near-net shape structures for
advanced fiber-reinforced composites. Net-shape manufacturing is significantly important for …