首页> 外文会议>Advanced Engineering Computing and Applications in Sciences, 2009. ADVCOMP '09 >Automation of Aircraft Pre-design Using a Versatile Data Transfer and Storage Format in a Distributed Computing Environment
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Automation of Aircraft Pre-design Using a Versatile Data Transfer and Storage Format in a Distributed Computing Environment

机译:分布式计算环境中使用通用数据传输和存储格式的飞机预设计自动化

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In the Aerospace field one often has to deal with a host of highly specialized software applications that need to be orchestrated into one optimization process to produce e. g., an optimized aircraft model. This optimization process combines engineering knowledge from fields as diverse as aerodynamics, aeroelasticity, engine building, environmental impact assessment, material science and structural issues. For each field of science there are highly performant problem solvers available, but yet they donȁ9;t share the same data exchange formats. The specialized knowledge in each institution involved in a larger project cannot be leveraged easily by other project partners, thus calling for a software and data integration solution to enable global interconnection of local tools. At the German Aerospace Center (DLR) there have been carried out several projects linked with this challenge. We will present here shortly the building blocks for data interchange as well as an example for a workflow building between DLRȁ9;s institutes (work in progress).
机译:在航空航天领域,通常必须处理大量高度专业化的软件应用程序,这些应用程序需要编排为一个优化过程才能生成电子文件。例如,优化的飞机模型。该优化过程结合了来自以下领域的工程知识:空气动力学,空气弹性,发动机制造,环境影响评估,材料科学和结构问题。对于每个科学领域,都可以使用高性能的问题解决器,但是它们并没有共享相同的数据交换格式。其他项目合作伙伴无法轻易利用参与大型项目的每个机构的专业知识,因此需要一种软件和数据集成解决方案来实现本地工具的全球互连。在德国航空航天中心(DLR)进行了与该挑战相关的多个项目。我们将在这里简要介绍数据交换的基础,以及在DLRȁ9的研究所(正在进行的工作)之间构建工作流的示例。

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