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Planning for the Application of ARP4754A for New and Modified Aircraft Projects with New, Simple, and Reused Systems

机译:规划ARP4754A为新的和改装飞机项目应用新,简单,重复使用系统

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Aerospace Recommended Practice (ARP) 4754 Revision A (ARP4754A), “Guidelines for Development of Civil Aircraft and Systems,” [1] is recognized through Advisory Circular (AC) 20-174 (AC 20-174) [2] as a way (but not the only way) to provide development assurance for aircraft and systems to minimize the possibility of development errors. ARP4754A and its companion, Aerospace Information Report (AIR) 6110, “Contiguous Aircraft/System Development Process Example,” [3] primarily describe development processes for an all new, complex and highly integrated aircraft without strong consideration for reused systems or simple systems. While ARP4754A section 5 mentions reuse, similarity, and complexity, and section 6 is intended to cover modification programs, the descriptions in these sections can be unclear and inconsistent. The majority of aircraft projects are not completely new Products nor are they entirely comprised of complex and highly integrated systems. Due to the lack of focus of ARP4754A on these conventional types of projects, planning for the use of the ARP4754A processes becomes difficult. Further complicating such planning is a redundancy with conventional systems certification, which processes such DO-178C [4] and DO-254 [5] do not face. Regulatory guidance involving ARP4754A (i.e., AC20-174, AC23-1309-1C [6], Part 23 ARC [7], and Order 8110.4C [8]) can also be vague and in some cases conflict. This work describes a recommended methodology for properly scoping the application of ARP4754A for an aircraft project with new complex and highly integrated systems along with reused and simple systems. This planning methodology can also be applied on modification projects allowing for “traditional techniques” where applicable. This work also provides a path forward for potential changes to sections 5 and 6 in the next revision of ARP4754 to provide clarity and consistency.
机译:航空航天推荐练习(ARP)4754修订(ARP4754A),“民用飞机和系统的发展准则”[1]通过咨询通函(AC)20-174(AC 20-174)[2]作为一种方式认可(但不是唯一的方法)为飞机和系统提供发展保障,以尽量减少发育错误的可能性。 ARP4754A及其伴侣,航空航天信息报告(空中)6110,“连续飞机/系统开发过程示例”,[3]主要描述所有新的,复杂和高度集成的飞机的开发过程,而无需强烈考虑重复使用的系统或简单系统。虽然ARP4754A第5部分提到重用,相似性和复杂性,并且第6节旨在涵盖修改程序,但这些部分的描述可能不明确和不一致。大多数飞机项目并不是全新的产品,也没有完全由复杂和高度集成的系统组成。由于在这些传统类型的项目上缺乏ARP4754A的焦点,计划使用ARP4754A过程变得困难。进一步复杂化这种规划是与传统系统认证的冗余,该系统认证是这样的DO-178C [4]和DO-254 [5]不面对。涉及ARP4754A的监管指导(即,AC20-174,AC23-1309-1C [6],第23部分ARC [7],以及订单8110.4C [8])也可能是模糊的,在某些情况下发生冲突。这项工作描述了推荐的方法,用于正确划分ARP4754A对飞机项目的应用,具有新的复杂和高度集成系统以及重复使用和简单的系统。该计划方法也可以应用于修改项目,允许在适用的情况下“传统技术”。这项工作还提供了一个路径,用于在下次修订ARP4754中的第5和第6节的潜在变化,以提供清晰度和一致性。

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