ISO 16694:2015
航天系统.液体火箭发动机发射台和飞行试验的测量参数

Space systems - The measured parameters at firing bench and flight tests of liquid rocket engines


标准号
ISO 16694:2015
发布
2015年
发布单位
国际标准化组织
当前最新
ISO 16694:2015
 
 
引用标准
ISO 15864:2004 ISO 15865:2005 ISO 24917:2010
适用范围
This International Standard applies to all types of liquid rocket engines for expendable launch systems and satellites: a) Combustible fuel (including cryogenic); c) Low-thrust engines, one component (mono-propellant) and two-component (bi-propellant). b) Large-thrust, multiple component engines, with and without afterburning; This International Standard establishes a list of parameters to be measured and registered with the firing stand and flight tests of serial LRE. The order of preparation and carrying out of stand and flight tests, methods of processing, and analysis of tests results of liquid rocket engines, also measurement accuracy requirements are not regulated by this International Standard. Measurement accuracy requirements are established by engine designer. Parameters listed in this International Standard characterize performance attributes of liquid rocket engines and are used for evaluating of technical state of engines (operative, inoperative), if they correspond to the requirements specified and possibilities of putting them into operation. There are parameters specified in this International Standard, obligatory for registration and optional ones. The manufacturer of liquid rocket engines can determine additional list of parameters for specific items taking into account their design and diagrammatical features. The meaning “optional parameter” denotes (in cases when a proper unit or a component can be the part of an engine) that according to the manufacturer’s decision, measurements are allowed not to be made. Measurement of parameters at firing stand and flight tests of liquid rocket engines is be made by means of the same sensors if possible.

ISO 16694:2015相似标准


推荐

中国首次成功发射回收固液混合发动机探空火箭

我国首次将以固液混合火箭发动机为动力探空火箭成功进行发射回收。来自北京航空航天大学消息证实,12月5日下午,在酒泉卫星发射中心,由该校宇航学院15位大学生设计研制“北航二号”固液混合火箭发动机探空火箭飞行试验取得成功。 该校宇航学院常务副院长蔡国飙用8个字来形容这次试验成果:国内首创,国际水平。...

我国首枚自主研发民营商业火箭首飞成功,这些技术值...

零壹空间在本次试验过程中同时搭载测试了公司自主研发设计燃气舵及其测力系统。燃气舵测力系统用于测量燃气舵在发动机燃气流中所受力力矩,测量结果用于修正控制力分析算法控制系统设计,是燃气舵试验核心技术,目前国内仅有少数单位具有该测试能力,且成本巨大。零壹空间完全自主研发测力系统,在试验中成功获取了舵面的受力力矩数据,解决了解耦测量等一系列难题,为公司节省了数百万元研发成本。...

庄逢辰:一生献身“燃烧” 推进火箭腾飞

此后,庄逢辰开始制定系统液体火箭发动机燃烧过程综合模型理论实验研究规划,提出要研究8个模型相应试验装置,同时建设液体火箭发动机燃烧实验室。这是一个宏大计划,要建立包括高压单滴蒸发系统、高压单滴着火燃烧系统、高压喷雾特性系统等一套完备实验装置。依托这一套实验系统,可对液体火箭发动机喷雾燃烧机理过程展开系统研究,建立液体推进剂雾化与蒸发、着火与熄火、湍流两相反应流等模型。...

我国民企商用火箭液体姿控发动机整机试车成功

火箭液体自控发动机整机试车现场(零壹空间供图)  试车结果表明推力室稳态脉冲工作性能稳定、系统参数调整计算正确,验证了姿控动力系统设计方案合理性正确性。为2018年即将首飞OS-M火箭动力系统及OS-X系列亚轨道飞行器验证平台配套研发奠定了基础。这是继2017年12月圆满完成固体火箭发动机整体试车后,该公司又在液体火箭发动机研制工作上取得实质性进展。  ...





Copyright ©2007-2022 ANTPEDIA, All Rights Reserved
京ICP备07018254号 京公网安备1101085018 电信与信息服务业务经营许可证:京ICP证110310号