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Concurrent engineering for the development of advanced composites technology for light combat aircraft

机译:研发轻型战斗机先进复合材料技术的并行工程

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摘要

This case study of light combat aircraft illustrates the use of concurrent engineering principles to enhance manufacturability and to reduce development cycle time. Use of composites has helped in realising an aircraft that is small, light, cost effective and easily manufacturable. Concurrent engineering helped simultaneously in reducing the cycle time, improving manufacturability, reducing parts count and improving the case of upgradability. This was possible though high level of horizontal coordination.
机译:该轻型战斗机的案例研究说明了并行工程原理的使用,以增强可制造性并减少开发周期。复合材料的使用有助于实现小型,轻便,经济高效且易于制造的飞机。并行工程同时帮助缩短了周期时间,提高了可制造性,减少了零件数量并改善了可升级性。通过高水平的横向协调,这是可能的。

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