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Expanded MDO for Effectiveness Based Design Technologies: EXPEDITE Program Introduction

机译:扩展了基于有效性的设计技术的MDO:EXPEDITE程序介绍

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Aircraft multidisciplinary analysis and design optimization (MADO) has enjoyed recent widespread adoption in industry. This shift has not been brought about by profit-driven companies genuflecting to MADO pundits, but by a realization that current and future technology advances, competition, and design requirements are driving the necessity of the simultaneous optimization of the complete system in the early stages of the design process that MADO offers. The Air Force Research Laboratory's (AFRL) EXPanded MDO for Effectiveness based Design TEchnologies (EXPEDITE) program intends a rapid improvement in industry's early conceptual MADO capabilities in several key areas: state-based modeling, effectiveness based design, path dependency, transient operation of systems and subsystems, uncertainty quantification, utilizing high performance computing, cost, and the assessment of manufacturing issues. All of these areas are intended to be evaluated as early as possible in the design process. EXPEDITE has been devised to cause a transformation in the MADO field by demanding the development of these key area capabilities and the exercise of the resulting technologies to a relevant system design problem. The identified key areas that are part of EXPEDITE have been carefully chosen by AFRL with an eye to future design requirements and upcoming technologies slated for introduction on future air vehicle platforms.
机译:飞机多学科分析和设计优化(MADO)最近在业界得到了广泛的采用。这种转变并不是由利润驱动型公司屈服于MADO专家而引起的,而是由于认识到当前和未来的技术进步,竞争和设计要求正在推动在早期阶段同时优化整个系统的必要性。 MADO提供的设计过程。空军研究实验室(AFRL)的基于有效性的设计技术(EXPEDITE)计划的MDO扩展计划在以下几个关键领域对行业的早期概念性MADO功能进行快速改进:基于状态的建模,基于有效性的设计,路径依赖,系统的暂态运行和子系统,不确定性量化,利用高性能计算,成本以及制造问题评估。所有这些领域都应在设计过程中尽早进行评估。通过要求开发这些关键领域的功能以及对相关系统设计问题运用所产生的技术,EXPEDITE已被设计为引起MADO领域的变革。 AFRL精心选择了EXPEDITE中确定的关键领域,以适应未来的设计要求和计划在未来的飞行器平台上使用的即将到来的技术。

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