应用于旋翼飞机结构完整性计划的经验教训

Chad deMontfort, Samuel Forgerson, Brian Harper
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引用次数: 0

摘要

未来垂直升力(FVL)项目的适航性将由MIL-STD-3063发布的旋翼机结构完整性计划(RSIP)标准指导。帮助指导RSIP的美国空军(USAF)标准,飞机结构完整性计划(ASIP), MIL-STD-1530,已经被美国空军用于指导其直升机机队的适航性数十年。美世工程研究中心(MERC)已经为美国空军直升机ASIP项目提供了数年的支持,经常在最初设计不符合这些要求的机队上实例化ASIP要求。MERC认为,在新平台的早期阶段存在着重要的机会,可以在这一支持过程中注入重要的经验教训。为了本文的目的,这些经验教训将集中在三个主要领域。这些领域包括:1)识别和访问维护活动所需的数据;2)了解数据的故障模式以及如何适当地处理它们;3)有效地存储和处理不断增加的数据量。最终,在开发和部队管理社区之间进行持续和有目的的沟通对于尽早在其生命周期的最长阶段定位这些新车队是至关重要的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lessons Learned For Application to Rotorcraft Structural Integrity Programs
Airworthiness for the Future Vertical Lift (FVL) programs will be guided by the Rotorcraft Structural Integrity Program (RSIP) standard, published as MIL-STD-3063. The United States Air Force (USAF) standard that helped to guide RSIP, the Aircraft Structural Integrity Program (ASIP), MIL-STD-1530, has been used by the USAF to guide airworthiness for their helicopter fleets for decades. Mercer Engineering Research Center (MERC) has been supporting these USAF helicopter ASIP programs for several years, often instantiating ASIP requirements on fleets not originally designed to those requirements. MERC believes vital opportunities exist in the early stages of new platforms to inject important lessons learned during the course of this support. For the purposes of this paper, these lessons learned will focus on three primary areas. These areas are 1) identifying and accessing data required for sustainment activities, 2) understanding failure modes of the data and how to handle them appropriately, and 3) efficiently storing and processing of ever-increasing amounts of data. Ultimately, continuous and purposeful communication between development and force management communities is vital to positioning these new fleets as early as possible for the longest phase in their life cycles.
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