首页> 美国政府科技报告 >Inter-Module Ventilation Changes to the International Space Station Vehicle to Support Integration of the International Docking Adapter and Commercial Crew Vehicles.

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Inter-Module Ventilation Changes to the International Space Station Vehicle to Support Integration of the International Docking Adapter and Commercial Crew Vehicles.

机译：国际空间站车辆的模块间通风变化，以支持国际对接适配器和商用机组车辆的集成。

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The International Space Station (ISS) Environmental Control and Life Support System (ECLSS) is continuing to evolve in the post-Space Shuttle era. The ISS vehicle configuration that is in operation was designed for docking of a Space Shuttle vehicle, and designs currently under development for commercial crew vehicles require different interfaces. The ECLSS Temperature and Humidity Control Subsystem (THC) Inter-Module Ventilation (IMV) must be modified in order to support two docking interfaces at the forward end of ISS, to provide the required air exchange. Development of a new higher-speed IMV fan and extensive ducting modifications are underway to support the new Commercial Crew Vehicle interfaces. This paper will review the new ECLSS IMV development requirements, component design and hardware status, subsystem analysis and testing performed to date, and implementation plan to support Commercial Crew Vehicle docking.

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Link, D. E.; Balistreri, S. F.;
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年度 2015
页码 1-10
总页数 10
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Space station modules; Ventilation; Ventilation fans; International space station; Spacecraft docking modules; Adapters; Spacecrews; Commercial spacecraft; Ducts; Air flow; Temperature; Humidity; Control systems design; Life support systems; Environmental control; Analysis (mathematics); Computational fluid dynamics;

机译：空间站模块;通风;通风风扇;国际空间站;航天器对接模块;适配器;空间螺旋;商用航天器;管道;气流;温度;湿度;控制系统设计;生命支持系统;环境控制;分析（数学）;计算流体动力学;

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1. SpaceX makes history with successful flight of Dragon spacecraft First commercial docking with International Space Station presages human transport [J] . High-Performance Composites . 2012,第4期

机译：SpaceX凭借Dragon飞船的成功飞行创造了历史，首次与国际空间站进行商业对接预示着人类的运输
2. Preliminary Numerical Studies for the Improvement of the Ventilation System of the Crew Quarters on Board of the International Space Station [J] . Florin BODE, Iinca NASTASE, Cristiana CROITORU, INCAS Bulletin . 2018,第2期

机译：改进国际空间站船员宿舍通风系统的初步数值研究
3. A Numerical Analysis of the Air Distribution System for the Ventilation of the Crew Quarters on board of the International Space Station [J] . Florin Bode, Ilinca Nastase, Cristiana Verona Croitoru, E3S Web of Conferences . 2018,第4期

机译：国际空间站船员宿舍通风空气分配系统的数值分析
4. Inter-Module Ventilation Changes to the International Space Station Vehicle to support integration of the International Docking Adapter and Commercial Crew Vehicles [C] . Dwight E. Link Jr, Steven F. Balistreri Jr International Conference on Environmental Systems . 2014

机译：模块间通风改为国际空间站车辆，支持国际对接适配器和商业船员的集成
5. A study of International Space Station ground/crew communication methods with applications to human Moon and Mars missions. [D] . Esper, Jennifer Eileen. 2007

机译：对国际空间站地面/机组通信方法的研究及其在人类月球和火星飞行任务中的应用。
6. Assessing the Risk of Transfer of Microorganisms at the International Space Station Due to Cargo Delivery by Commercial Resupply Vehicles [O] . Snehit Mhatre, Jason M. Wood, Aleksandra Checinska Sielaff, 2020

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7. International Space Station Crew Quarters Ventilation and Acoustic Design Implementation [O] . Broyan James L. Jr., Welsh David A., Cady Scott M 2010

机译：国际空间站机组人员通风和声学设计实施

Inter-Module Ventilation Changes to the International Space Station Vehicle to Support Integration of the International Docking Adapter and Commercial Crew Vehicles.

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