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Environmental Control and Life Support System Analysis Tools for the Space Station Era
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English
Abstract
This paper describes the concept of a developing emulation, simulation, sizing, and technology assessment program (ESSTAP) which can be used effectively for the various functional disciplines (structures, power, ECLSS, etc.) beginning with the initial system selection and conceptual design processes and continuing on through the mission operation and growth phases of the Space Station for the purpose of minimizing overall program costs. It will discuss the basic requirements for these tools, as currently envisioned for the Environmental Control and Life Support System (ECLSS), identify their intended and potential uses and applications, and present examples and status of several representative tools. The development and application of a Space Station Atmospheric Revitalization Subsystem (ARS) demonstration model to be used for concept verification will also be discussed.
Authors
Citation
Blakely, R. and Rowell, L., "Environmental Control and Life Support System Analysis Tools for the Space Station Era," SAE Technical Paper 840956, 1984, https://doi.org/10.4271/840956.Also In
References
- Hall J.B. Jr. Sage K.H. Pickett S.J. “Manned Space Station Environmental Control and Life Support System Computer-Aided Technology Assessment Program” 14th Annual Intersociety Conference on Environmental Systems July 1984
- Garrett L.B. “Thermal Modeling and Analysis of Structurally Complex Spacecraft Using the IDEAS System” AIAA Paper 83-1459 June 1983
- Chambliss J.P. “G189A Simulation of the Integrated 0V102 and Spacelab ECLSS” MDTSCO TM No. 1.l-ECLSS-040 October 25 1983
- Garret L.B. “Space Systems Computer-Aided Design Technology” Proceedings of 21st Space Congress 5 25 April 24-26, 1984