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Measurement of Transverse Permeability Using Gaseous and Liquid Flow

机译:使用气态和液体流动测量横向渗透率

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Fabric permeability is an important material parameter for Liquid Composite Molding (LCM) processing. Full three-dimensional characterization of the permeability tensor becomes essential for processes where the resin flows both in-plane and out-of-plane through the preform. The transverse permeability governs the through-thickness infiltration time in particular during Vacuum Assisted Resin Transfer Molding (VARTM) processing and thus has to be accurately characterized. In-plane permeability databases exist (for example: http://srdata.nist.gov/permeability), but the through-thickness permeability has not been investigated extensively. The research has implemented a novel instrumentation tool, which is capable of measuring the through-thickness permeability. Several fabrics have been tested and the results are reported in this paper.
机译:织物渗透性是液体复合成型(LCM)加工的重要材料参数。渗透性张量的全三维表征对于树脂通过预制件流动的过程变得必不可少。横向渗透率尤其在真空辅助树脂转移模制(Vartm)加工过程中,因此必须精确地表征所述贯穿厚度渗透时间。存在面内渗透性数据库(例如:http://srdata.nist.gov/permexility),但尚未广泛调查贯穿厚度渗透率。该研究实施了一种新型仪器化工具,能够测量透过厚度渗透率。已经测试了几种织物,并在本文中报道了结果。

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