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BAE SYSTEMS / EPSRC INTEGRATED RESEARCH PROGRAMME IN AERONAUTICAL ENGINEERING

机译:BAE Systems / EPSRC航空工程综合研究计划

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BAE SYSTEMS and the Engineering and Physical Sciences Research Council (EPSRC) have recently formed a partnership to invest in strategic research in aerospace and defence. The framework which has been developed as part of this new alliance places a strong emphasis on collaboration. This contrasts with the conventional approach to industry led research which is normally based on the establishment of ‘centres of excellence’ in specific subject areas. By using a collaborative approach, the funding partners aim to benefit from interdisciplinary collaboration which will take place during the project, giving rise to a more effective use of the invested funds. The objective of the research programme is to develop technologies which would support the design of low cost (both to acquire and operate) flapless Unmanned Aerial Vehicles (UAV’s). This work includes fundamental aerodynamic research to provide control forces without the use of conventional flaps, coupled with developments in the areas of control systems, manufacturing engineering, structural engineering, the electromagnetic behaviour of these structures and design optimisation. The output from the research has been extended to include the design, manufacture, assembly and flight of a demonstrator vehicle, which will provide the research teams with a platform on which to evaluate the performance of their technology in a realistic flight environment. A total of fourteen research groups at ten universities are involved in the five year programme, which has a total value of £6.5M (?9.75M).
机译:BAE系统和工程和物理科学研究委员会(EPSRC)最近形成了对航空航天和国防战略研究的伙伴关系。作为本新联盟的一部分开发的框架将强烈强调协作。这与行业LED研究的传统方法形成鲜明对比,这通常基于在特定主题领域的建立“卓越中心”。通过采用协作方法,筹资合作伙伴旨在从项目期间举行的跨学科合作中受益,从而产生更有效地利用投资资金。研究计划的目的是开发技术支持的技术,这些技术将支持低成本(既是收购和运营)无丝无人驾驶无人驾驶飞行器(UAV)。这项工作包括基本的空气动力学研究,提供控制力而不使用传统的襟翼,加上控制系统,制造工程,结构工程,这些结构的电磁行为和设计优化的电磁行为的发展。该研究的产出已扩展到包括示范车辆的设计,制造,装配和飞行,这将为研究团队提供一个平台,用于评估其技术在现实飞行环境中的性能。十年大学共有十四名研究群体参与五年计划,其总价值为6.5亿英镑(?9.75米)。

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