Astrodynamics & Space Applications

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
  • A Hybrid Genetic Algorithm Approach to Global Low-Thrust Trajectory Optimization – Vavrina, Matthew
  • A Low Thrust Transfer Strategy to Earth-Moon Collinear Libration Point Orbits – Ozimek, Martin
  • Analysis of the Correlation Properties of Digital Satellite Signals and Their Applicability in Bistatic Remote Sensing – Shah, Rashmi
  • Analytical Theory for Orbits of Electrostatically Charged Spacecraft and Direct Calculations of Planet-toPlanet Transfers – Gangestad, Joseph
  • Analytical Theory for the Motion of Spinning Rigid Bodies – Ayoubi, Mohammad
  • Control of Satellite Imaging Arrays in Multi-Body Regimes – Millard, Lindsay
  • Design and Implementation of a Purely Electromagnetic Attitude Control System for a Nano-Satellite – Moonjelly, Paul
  • Design of Human Missions to Mars and Robotic Missions to Jupiter – Okutsu, Masataka
  • Design of Missions to the Outer Planets and Optimization of Low-Thrust, Gravity-Assist Trajectories via Reduced Parameterization – Yam, Chit-Hong
  • Extended Proagation GNSS Ephemerides Employing Measurements Fusion – Walker, Michael
  • Fuel-Optimal Low-Thrust Transfers Between Libration Point Orbits – Stuart, Jeffrey
  • Implementation and Testing of an Unaided Method for the Acquisition of Weak GPS C/A Code Signals – Heckler, Gregory
  • Interplanetary Mission Design Techniques for Flagship-Class Missions – Kloster, Kevin
  • Investigation of Transfer Trajectories to and from the Equilateral Libration Points L4 and L5 in the Earth-Moon System – Irrgang, Lucia
  • Langrangian Coherent Structures in the Circular Restricted Three-Body Problem – Short, Cody
  • Low-Thrust Trajectory Design and Optimization of Lunar South Pole Coverage Missions – Ozimek, Martin
  • Maneuver Costs for Transfers between Halo and Halo-like Orbits in the Circular Restricted Three-Body Problem – Byron, Jennifer
  • Mission Design Applications in the Earth-Moon System: Transfer Trajectories and Stationkeeping – Pavlak, Thomas
  • Model-Based Compression of GPS Ephemeris – Eichel, Brenda
  • Multi-Body Mission Design in the Saturnian System with Emphasis on Enceladus Accessibility – Brown, Todd
  • Ppoincare Sections and Resonant Orbits in the Restricted Three-Body Problem – Vaquero, Mar
  • Propellantless Spacecraft Maneuvers Using the Electromagnetic Lorentz Force – Pollock, George
  • Strategies for the Sustained Human Exploration of Mars – Landau, Damon
  • The Design of System-to-System Transfer Arcs using Invariant Manifolds in the Multi-Body Problem – Alonso, Germán
  • Theory and Applications of Ballute Aerocapture and DUal-Use Ballute Systems for Exploration of the Solar System – Gates, Kristin
  • Trajectory Design in the Earth-Moon System and Lunar South Pole Coverage – Grebow, Daniel
  • Transfers to Earth-Moon L2 Halo Orbits Using Lunar Proximity and Invariant Manifolds – Gordon, Dawn