Computer Science – Performance
Scientific paper
Feb 1976
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1976mcdd.repts....c&link_type=abstract
Final Report, 1 Apr. 1975 - 29 Feb. 1976 McDonnell-Douglas Astronautics Co., Saint Louis, MO.
Computer Science
Performance
Atmospheric Entry, Launching, Planetary Atmospheres, Space Environment Simulation, Space Shuttles, Mission Planning, Payloads, Planetary Environments, Radiative Heat Transfer, Space Shuttle Boosters
Scientific paper
The environments produced by entry into Jupiter and Saturn atmospheres are summarized. Worst case design environments are identified and the effect of entry angle, type of atmosphere and ballistic coefficient variations are presented. The range of environments experienced during earth entry is parametrically described as a function of initial entry conditions. The sensitivity of these environments to vehicle ballistic coefficient and nose radius is also shown. An elliptical deorbit maneuver strategy is defined in terms of the velocity increment required versus initial entry conditions and apoapsis altitude. Mission time, ground track, and out of plane velocity penalties are also presented. Performance capabilities of typical shuttle launched boosters are described including the initial entry conditions attainable as a function of paylaod mass and apoapsis altitude.
Christensen H. E.
Frieger R. J.
McNeilly W. R.
Vetter H. C.
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