首页> 外文会议>SAMPE Conference and Exhibition >( SE18--1135) DESIGN, PROCESSING, AND CHARACTERIZATION OF INTERLAMINAR RESPONSE OF A MULTI-LAYER CARBON -EPOXY PREPREG
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( SE18--1135) DESIGN, PROCESSING, AND CHARACTERIZATION OF INTERLAMINAR RESPONSE OF A MULTI-LAYER CARBON -EPOXY PREPREG

机译:(SE18--1135)多层碳氧基预浸料的设计,加工和表征多层碳 - 呼吸预浸料

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Single lamina prepregs are the most commonly used materials in the manufacturing of advanced composite structures. Conventionally, these prepregs are made using a semi-cured single layered composite. For thermoset resins, single layer prepregs are usually stored in the refrigerator and final laminated structure is formed by laying several single layer prepregs at various ply orientations. This manufacturing process involves a labor-intensive debulking process. The major reason for the use of single layer prepreg is to ensure the flexibility so that they can be draped properly in a complex mold. In many application, composite manufacturers use a specific number of layers for the manufacturing of specific part and the flexibility may not be a very important factor, especially for flat parts. In the current article possibility of manufacturing multilayer prepreg is investigated. The multi-layer prepreg is manufactured using Epon862-W and regular woven carbon fiber fabric in a semi-closed mold by using a hot press. The performance, in terms of delamination resistance, of the structures made from the single layer prepregs and a multi-layer prepreg, has been investigated. The progressive failure features are also characterized from the micrographs of the fractured surfaces.
机译:单个薄片预浸料是制造先进复合结构中最常用的材料。通常,这些预浸料使用半固化的单层复合材料。对于热固性树脂,单层预浸料通常储存在冰箱中,通过以各种帘布层取向铺设几个单层预浸料来形成最终层叠结构。该制造过程涉及劳动密集型的减法过程。使用单层预浸料采用的主要原因是确保灵活性,使它们可以在复杂的模具中正确覆盖。在许多应用中,复合制造商使用特定数量的层,用于制造特定部分,灵活性可能不是一个非常重要的因素,特别是对于平坦的部件。在目前研究制造多层预浸料坯的可能性。通过使用热压机使用EPON862-W和定期编织的碳纤维织物制造多层预浸料。研究了由单层预浸料坯和多层预浸料的结构的分层电阻的性能。渐进式故障特征还具有裂缝表面的显微照片。

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