Abstract
The morphology of the braided net formed during the laying and braiding processes performed by a hybrid braiding machine significantly affect the formation of the braided fabric and its mechanical properties. However, problems such as yarn accumulation during the braiding process, inability of braided webs to shrink, and yarn skipping remain unsolved. In this study, a dynamics-based braided net model is developed to predict the shape profile of the braided net using the given braiding parameters. In addition, a measurement method based on pixel-by-pixel comparison is proposed for extracting the topography of a braided net using an edge-detection technique. The accuracy of the model is verified by comparing its predictions with the topography of a braided net extracted using edge detection. The proposed model can be used to predict the braiding process and solve the problem of braided nets without shrinking and skipping yarns.
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