Preliminary analysis of an atmosphere-entry probe mission to Jupiter
Preliminary feasibility of depositing atmospheric entry probe from flyby mission to Jupiter
Swenson, B. L.↗
Engineering topics
Swenson, B. L.
Publications and source records attributed to Swenson, B. L..
Preliminary analysis of an atmosphere-entry probe mission to Jupiter
Atmospheric entry probe from flyby mission to Jupiter, considering descent trajectory feasibility and instrument package
Swenson, B. L.↗
Spacecraft component survivability during entry into the Jovian atmosphere
Investigation of survivability of spacecraft components during entry of Jupiter atmosphere to determine probability of biological contamination
Swenson, B. L.↗
Orbit selection considerations for earth resources observations
Orbital mechanics and observation tradeoffs for earth resources satellite
Swenson, B. L.↗
Analysis of launch windows from elliptical orbits for representative Mars missions
Launch windows for Mars departures from elliptical orbits and associated propulsive velocity requirements
Manning, L. A.↗
Analysis of launch windows from circular orbits for representative Mars missions
Analysis of launch windows from circular orbits for representative Mars missions
Deerwester, J. M.↗
A parametric analysis of three vehicle shapes for use as hyperbolic entry.
Apollo command module, biconic and cone hyperbolic reentry vehicles engineering, discussing L/D ratio, heat protection and weight
Anderson, J. L.↗
Launch window analysis for round trip Mars missions.
Launch window variation using circular and elliptical parking orbits and transfer techniques, discussing Venus and Mars flyby missions
Deerwester, J. M.↗
Elliptic capture orbits for missions to the near planets.
Elliptic capture orbits for missions to near planets
Casal, F. G.↗
Lifting entry vehicles for future space missions.
Lifting entry vehicles requirements for near earth and planetary missions, noting four thermal protection systems
THERMAL PROTECTION↗
Launch window analysis for round trip Mars missions
Launch window analysis for round trip Mars missions
Deerwester, J. M.↗
Lifting entry vehicles for future space missions.
Lifting requirements of entry vehicles for near- earth planetary missions
PLANETARY ENTRY↗
Maneuvering flight within earth-entry corridors at hyperbolic speeds.
Reentry flight corridor depth reduction as result of inadequate flight data at hyperbolic speeds, noting overshoot limit and inverted attitude
HYPERBOLIC REENTRY↗
Some requirements on lifting vehicles for manned Mars operations.
Problem of operational flexibility in Mars landing mission, discussing use of lifting vehicles
LIFT↗
Maneuvering flight within earth-entry corridors at hyperbolic speeds.
Reentry flight corridor depth reduction as result of inadequate flight data at hyperbolic speeds, noting overshoot limit and inverted attitude
SPACECRAFT MANEUVER↗
SOME CONSIDERATIONS OF THE PERFORMANCE OF A MANEUVERABLE, LIFTING-BODY, ENTRY VEHICLE
Heating and heat-shield requirements for maneuverable, lifting body, entry vehicle
LIFTING REENTRY↗