Compaction and bending variability measurements of a novel geometry 3Dwoven layer to layer interlock composite textile around a 90° curve plate3.2 mm radius

Spiridon Koutsonas

    Research output: Contribution to journalArticle

    3 Citations (Scopus)

    Abstract

    The aim of this investigation is to measure compaction and bending variability of a novel composite 3D woven textile layer-to-layer interlock around a 90° curve plate geometry. To that, end with the use of an empirical power law the compaction behaviour of the novel weave geometry textile fitted. This way it is possible to evaluate the max shear stress at 90° during bending. The preform thickness variation along the bending was measured with the use of a Coordinate Measurement Machine. The overall methodology and data variability measurements are useful for the manufacturing process of composites at macro-scale level as predictive data in Resin Transfer Moulding flow analysis for a complex composite node with 90° bend moulder geometry.
    LanguageEnglish
    Pages40-45
    JournalComposites Communications
    Volume5
    Early online date12 Jul 2017
    DOIs
    Publication statusPublished - 1 Sep 2017

    Fingerprint

    Textiles
    Compaction
    Geometry
    Composite materials
    Resin transfer molding
    Macros
    Shear stress

    Keywords

    • Composites
    • Textile Compaction
    • Variability
    • 90° bend
    • 3.2 mm radius curve plate

    Cite this

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    title = "Compaction and bending variability measurements of a novel geometry 3Dwoven layer to layer interlock composite textile around a 90° curve plate3.2 mm radius",
    abstract = "The aim of this investigation is to measure compaction and bending variability of a novel composite 3D woven textile layer-to-layer interlock around a 90° curve plate geometry. To that, end with the use of an empirical power law the compaction behaviour of the novel weave geometry textile fitted. This way it is possible to evaluate the max shear stress at 90° during bending. The preform thickness variation along the bending was measured with the use of a Coordinate Measurement Machine. The overall methodology and data variability measurements are useful for the manufacturing process of composites at macro-scale level as predictive data in Resin Transfer Moulding flow analysis for a complex composite node with 90° bend moulder geometry.",
    keywords = "Composites, Textile Compaction, Variability, 90° bend, 3.2 mm radius curve plate",
    author = "Spiridon Koutsonas",
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    Y1 - 2017/9/1

    N2 - The aim of this investigation is to measure compaction and bending variability of a novel composite 3D woven textile layer-to-layer interlock around a 90° curve plate geometry. To that, end with the use of an empirical power law the compaction behaviour of the novel weave geometry textile fitted. This way it is possible to evaluate the max shear stress at 90° during bending. The preform thickness variation along the bending was measured with the use of a Coordinate Measurement Machine. The overall methodology and data variability measurements are useful for the manufacturing process of composites at macro-scale level as predictive data in Resin Transfer Moulding flow analysis for a complex composite node with 90° bend moulder geometry.

    AB - The aim of this investigation is to measure compaction and bending variability of a novel composite 3D woven textile layer-to-layer interlock around a 90° curve plate geometry. To that, end with the use of an empirical power law the compaction behaviour of the novel weave geometry textile fitted. This way it is possible to evaluate the max shear stress at 90° during bending. The preform thickness variation along the bending was measured with the use of a Coordinate Measurement Machine. The overall methodology and data variability measurements are useful for the manufacturing process of composites at macro-scale level as predictive data in Resin Transfer Moulding flow analysis for a complex composite node with 90° bend moulder geometry.

    KW - Composites

    KW - Textile Compaction

    KW - Variability

    KW - 90° bend

    KW - 3.2 mm radius curve plate

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    T2 - Composites Communications

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