探空火箭任务发展生命周期的建议

IF 0.9 Q3 ENGINEERING, AEROSPACE
Felipe da Motta Silva, L. Perondi
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引用次数: 2

摘要

自20世纪50年代末空间时代开始以来,通过探空火箭进行的亚轨道飞行实验一直用于科学和技术研究。在巴西,探空火箭运动自1965年以来一直在进行,当时兰卡门托巴雷拉地狱中心(CLBI)开始运作,西班牙航空研究所(IAE)是主要的运载工具提供者。IAE还为欧洲航天局(ESA)实施的TEXUS和MASER微重力计划等国际项目提供了运载工具,并在欧洲领土上开展了活动。为了实施每一项使用IAE探空火箭的巴西任务,计划和实施了一系列以任务目标为重点的活动。虽然这种探空火箭运动的结构和执行与项目十分相似,但没有对其完整的生命周期进行研究,并按阶段、审查会议、管理过程以及核查和确认哲学进行正式描述。在目前的工作中,试图将探空火箭任务定性为一个项目,然后根据欧洲空间标准化合作标准,建议缩短开发这类项目的生命周期,使之适合巴西的探空火箭任务。拟议的生命周期适用于巴西探空火箭任务,然后与另外两个探空火箭运动的生命周期进行比较:一个来自欧洲空间生命和物理科学计划,另一个来自美国国家航空航天局(NASA)探空火箭计划。实施和管理探空火箭任务的框架的研究和可用性将提高此类努力的可靠性并加快其组织速度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Proposal of a Life-Cycle for the Development of Sounding Rockets Missions
Suborbital flight experiments, carried out through sounding rockets, have been employed for scientific and technological research since the beginning of the space age, in the late 1950s. In Brazil, sounding rocket campaigns have been carried out since 1965, when the Centro de Lancamento Barreira do Inferno (CLBI) began its operation, having the Instituto de Aeronautica e Espaco (IAE)as the primary provider of vehicles. IAE has also provided vehicles for international programs, such as the TEXUS and MASER microgravity programs, implemented by the European Space Agency (ESA), with launching campaigns based in the European territory. To implement each Brazilian mission that uses IAE’s sounding rockets, a set of activities focused on mission objectives is planned and implemented. Although structured and executed quite similarly to a project, such sounding rocket campaigns do not have their complete life-cycle studied and formally described in phases, review meetings, management processes and verification and validation philosophy. In the present work, the attempt has been to characterize a sounding rocket mission as a project and then, based on European Cooperation for Space Standardization (ECSS) standards, propose a reduced life-cycle to develop such projects, tailored to meet Brazilian sounding rocket missions. The proposed life-cycle, adapted to Brazilian sounding rocket missions, is then compared with two other sounding rocket campaigns life-cycles: one from the European Programme for Life and Physical Sciences in Space and the other from the National Aeronautics and Space Administration (NASA) sounding rocket program. The study and availability of a framework for implementing and managing sounding rocket missions will improve the reliability of such endeavors and speed up their organization.
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