Creating a concurrent engineering environment to enhance supportability of the F/A-18E/F aircraft

D. Bartz, M. Fields
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引用次数: 3

Abstract

McDonnell Aircraft Company has implemented improved procedures and developed new CAE tools to enhance the supportability of the new and modified equipment under development for the F/A-18E/F program. These procedures and tools were designed to reduce or eliminate support equipment requirements, ensure compatibility with automatic test equipment, and enhance equipment testability and thereby reduce life cycle cost associated with support and maintenance of the airborne equipment. This will be accomplished by emphasizing testability and other diagnostic elements through the implementation of an extended interorganizational concurrent engineering environment. The development and application of an automated testability analysis tool (AutoTEST) are discussed. AutoTEST can perform an analysis with varying levels of component and circuit detail. AutoTEST supports both a top-down and a bottom-up analysis approach. The tool will also be used to integrate the various functions and organizations involved in the product development process.<>
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创建并行工程环境以增强F/ a - 18e /F飞机的可保障性
麦克唐纳飞机公司已经实施了改进的程序,并开发了新的CAE工具,以增强F/A-18E/F项目正在开发的新设备和修改设备的可保障性。这些程序和工具旨在减少或消除对支持设备的要求,确保与自动测试设备的兼容性,增强设备的可测试性,从而降低与机载设备的支持和维护相关的生命周期成本。这将通过强调可测试性和通过实现扩展的组织间并发工程环境的其他诊断元素来完成。讨论了自动测试性分析工具(AutoTEST)的开发和应用。AutoTEST可以对不同级别的元件和电路细节进行分析。AutoTEST同时支持自顶向下和自底向上的分析方法。该工具还将用于集成产品开发过程中涉及的各种功能和组织
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