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Development of Passively Actuated Thermal Control Valves for Passive Control of Mechanically Pumped Single-Phase Fluid Loops for Space Applications

Journal Article
2008-01-2002
ISSN: 1946-3855, e-ISSN: 1946-3901
DOI: https://doi.org/10.4271/2008-01-2002
Published June 29, 2008 by SAE International in United States
Development of Passively Actuated Thermal Control Valves for Passive Control of Mechanically Pumped Single-Phase Fluid Loops for Space Applications
Sector:
Citation: Birur, G., Prina, M., Bhandari, P., Karlmann, P. et al., "Development of Passively Actuated Thermal Control Valves for Passive Control of Mechanically Pumped Single-Phase Fluid Loops for Space Applications," SAE Int. J. Aerosp. 1(1):62-70, 2009, https://doi.org/10.4271/2008-01-2002.
Language: English

References

  1. “NASA NSTS 1988 News Reference Manual,” 1 and 2 http://www.spaceref.com/shuttle/newsref/stsref-toc.html
  2. Plough A.H. Pavarani A.A. “Overview of the International Space Station Multi-Purpose Logistics Module Active Thermal Control Subsystem Water Pump Package,” SAE 1999-01-2002 29th International Conference on Environmental Systems July 12-15, 1999
  3. Trichilo M. Gilardi C. De Palo S. “The Columbus Orbital Facility Water Loop Qualification,” SAE 1999-01-2001 29th International Conference on Environmental Systems 12-15 July 1999
  4. Bhandari P. Birur G.C. Gram M.B. “Mechanical Pumped Cooling Loop for Spacecraft Thermal Control,” SAE Technical Paper No. 961488 26th International Conference on Environmental Systems Monterey, California July 8-11, 1996
  5. Birur G.C. Bhandari P. “Mars Pathfinder Active Heat Rejection System: Successful Flight Demonstration of a Mechanically Pumped Cooling Loop,” SAE Technical Paper No. 981684 28th international Conference on Environmental Systems Danvers, Massachusetts July 13-16, 1998
  6. Lam L Birur G. Bhandari P. “Pumped Fluid Loops,” Satellite Thermal Control Handbook 2nd Gilmore D. Aerospace Corporation El Segundo, California 2002
  7. Ganapathi G. Birur G. Tsuyuki G. Krylo R. “Active Heat Rejection System on Mars Exploration Rover – Design Changes from Mars Pathfinder” Space Technology Applications International Forum 2003 Albuquerque, NM February 2-5, 2003
  8. Tsuyuki G. Ganapathi G. Bame D. Patzold J. Fisher R. Theriault L. “The Hardware Challenges for the Mars Exploration Rover Heat Rejection System,” AIP Conference Proceedings 699 1 59 70 February 2004
  9. Novak K. Phillips C. Birur G. Sunada E. Pauken M. “Development of a Thermal Control Architecture for the Mars Exploration Rovers,” Space Technology Applications International Forum 2003 Albuquerque, NM February 2003
  10. Adamson G. “Long Life Mechanical pumps” 18th Spacecraft Thermal Control Workshop, the Aerospace Corporation El Segundo, CA 2006
  11. Birur G.C. Bhandari P. Gram M.B. Durkee J. “Integrated Pump Assembly- An Active Cooling System for Mars Pathfinder Thermal Control,” SAE Technical Paper No. 961489 26th International Conference on Environmental Systems Monterey, California July 8-11, 1996
  12. Bhandari P. Birur G. Pauken M. Paris A. Novak K. Prina M. Ramirez B. Bame D. “Mars Science Laboratory Thermal Control Architecture,” SAE 2005-01-2828 35th International Conference on Environmental Systems Rome, Italy July 2005
  13. Birur G. Bhandari P. Prina M. Bame D. Yavrouian A. Plett G. “Mechanically Pumped Fluid Loop Technologies for Thermal Control of Future Mars Rovers,” SAE 2006-01-2035 36th International Conference on Environmental Systems Norfolk, Virginia July 2006
  14. Birur G. Bhandari P. “Mars Pathfinder Active Thermal Control System: Ground and Flight Performance of a Mechanically Pumped Loop,” Paper No AIAA-97-2469 32nd Thermophysics Conference Atlanta, GA June 23-25, 1997

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