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Advanced Composite Processes for Aerospace Applications

机译:航空航天应用的先进复合工艺

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Advanced composite processes such as Fiber Placement (FP) and Resin Transfer Molding (RTM) are being used with greater frequency in many new aircraft programs as well as in upgrades and modifications to existing aircraft. Advanced processes provide the opportunity to automate high cost operations, such as hand lay-up, and to produce parts with less variability; in addition, automated processes improve material utilization. One of the biggest advantages of advanced composite processes is the ability to fabricate large unitized structures that combine many pieces into one large structure. This unitization of parts significantly reduces the cost of the overall airframe through minimization of assembly costs, touch labor, part tracking and quality inspections.
机译:如纤维放置(FP)和树脂转移成型(RTM)等先进的复合工艺在许多新的飞机程序中以及对现有飞机的升级和修改中使用更大的频率。先进的流程提供了自动化高成本运行的机会,如手放置,并生产具有较小变异性的部件;此外,自动化过程提高了材料利用率。先进的复合工艺的最大优点之一是制造大型单元结构的能力,该结构将许多碎片结合成一个大结构。通过最小化组装成本,触摸劳动力,部分跟踪和质量检查,该部件的整体化零件的成本显着降低了整体机身的成本。

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