Titlebook: Recent Developments in Braiding and Narrow Weaving; Yordan Kyosev Book 2016 Springer International Publishing Switzerland 2016 Narrow Fabr

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Sensor Integration in Carbon Fiber Reinforced Plastics (CFRP) to Detect Tension Differencesn essential part in the automotive, mechanical, or plant engineering. Because of the two component-material (fibers and matrix), damage calculation and lifetime prediction are difficult to forecast. To diagnose the future potential of fiber composites, more detailed data have to be examined. A new m

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Investigation of the Relations Between the Parameters in the Radial Braiding Processduction to be possible, automated processes are required. One approach for the automated manufacture of complex structures is the over braiding technology, which is characterized by its high productivity and high automation potential (Fabich et al. in Over braiding technology for economic mass produ

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Multilayer Textile-Based Woven Batteriesin medical applications, or novel fashion effects, visual displays, or audio and computing systems. Another area of interest is the integration of sensors and actuators into fibers as the development of high efficiency conducting polymer actuator fibers and conducting polymer fibers with chemical se

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Chinese HMPE Fibers in Textile Semi-finished Parts—A Competitve Price–Performance Analysisced composites, and textile-based mechanical components for technical applications. Due to the appearance of several HMPE fiber types from Korea and China at the market of HMPEs, new materials are available for manufacturing textile-based composites. A challenge is that there is no independent data

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Investigation of the Bending Rigidity of Double Braided Ropes single braided tubular ropes. It is observed that, braided structures are very weak under transverse loading, their strength are improved when more structural layers are braided together. High braiding angle of braid structures is observed to improve bending stiffness and bending moment.

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