Meso-scale FE modelling of structurally stitched preform

V. Koysin, S.V. Lomov, I. Verpoest

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This article addresses the finite-element (FE) analysis of a local fibre placement in a stitched fibrous mat. The term “structural” presumes here that the stitching yarn is relatively thick (contrary to a non-structural NCF kniting) and its fibre stiffness is much higher than the matrix stiffness (pure matrix filling so called “openings” — resin-rich zones — around the stitching sites). Simplest 2D FE models are developed; typical carbon-fibre mat, carbon yarn, and epoxy resin properties are used in calculation examples. The results show important influence of the local fibre distribution (caused by the yarn cross-sectional shape, in-plane opening shape, fibre re-orientation around openings, etc.) on the stress-strain fields and homogenized stiffness.
Original languageUndefined
Number of pages8
Publication statusPublished - 2007
EventMicro-symposium "Finite Element Modeling of Textiles and Textile Composites" - Saint-Petersburg, Russia
Duration: 26 Sept 200728 Sept 2007


ConferenceMicro-symposium "Finite Element Modeling of Textiles and Textile Composites"
Other26-28 September 2007


  • IR-75508

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