1. Particle Swarm Optimization Applied to Orbital Maneuvers in Astrodynamics Open Access Author: Trageser, Katherine Helen Title: Particle Swarm Optimization Applied to Orbital Maneuvers in Astrodynamics Area of Honors: Aerospace Engineering Keywords: optimizationorbitparticleswarmmaneuvertransferthrustinclinationspaceastrodynamics File: Download Trageser_Katherine_ParticleSwarm.pdf Thesis Supervisors: Robert Graham Melton, Thesis SupervisorDr. George A Lesieutre, Thesis Honors AdvisorDavid Bradley Spencer, Faculty Reader
2. Biomimetic Methods of Optimizing Two-impulse Orbital Transfers Open Access Author: Borowski, Alexander David Title: Biomimetic Methods of Optimizing Two-impulse Orbital Transfers Area of Honors: Aerospace Engineering Keywords: optimizationorbitaerospacetrajectoryparticleswarmbacteriaforaging File: Download Borowski_Alexander_-_Biomimetic_Methods_of_Optimizaing_Two-Impulse_Orbital_Transfers.pdf Thesis Supervisors: Robert Graham Melton, Thesis Honors AdvisorDavid Bradley Spencer, Thesis SupervisorDr. George A Lesieutre, Faculty Reader
3. Application of Particle Swarm Optimization to Lyapunov Periodic Orbits Open Access Author: Caldwell, Cory Title: Application of Particle Swarm Optimization to Lyapunov Periodic Orbits Area of Honors: Aerospace Engineering Keywords: particleswarmoptimizationmethodLyapunovorbitperiodicLangrange File: Download Caldwell_Cory_-_Honors_Thesis.pdf Thesis Supervisors: Robert Graham Melton, Thesis SupervisorDavid Bradley Spencer, Thesis Honors AdvisorDr. George A Lesieutre, Faculty Reader
4. TRADESPACE EXPLORATION OF PARAMETERS FOR AEROCAPTURE AT MARS Open Access Author: Kim, Sung Jun Title: TRADESPACE EXPLORATION OF PARAMETERS FOR AEROCAPTURE AT MARS Area of Honors: Aerospace Engineering Keywords: MarsorbitalmechanicsaerocaptureMars-GRAMatmospheredensitydragtradespaceexplorationorbitatmosphericinterplanetaryastrodynamics File: Download Final_Draft_SHC_Thesis_Sung_Jun_Kim.pdf Thesis Supervisors: David Bradley Spencer, Thesis SupervisorDavid Bradley Spencer, Thesis Honors AdvisorRobert Graham Melton, Faculty Reader
5. AN EXAMINATION OF FORMATION FLYING SPACECRAFT IN HYPERBOLIC ORBITS THROUGH LAMBERT'S PROBLEM Open Access Author: Stephans, Tyler Brett Title: AN EXAMINATION OF FORMATION FLYING SPACECRAFT IN HYPERBOLIC ORBITS THROUGH LAMBERT'S PROBLEM Area of Honors: Aerospace Engineering Keywords: formationspacecrafthyperbolicorbitlambertvelocity changesynthetic aperture radarsarconstellation File: Download Stephans.final.pdf Thesis Supervisors: Robert Graham Melton, Thesis SupervisorRobert Graham Melton, Thesis Honors AdvisorDavid Bradley Spencer, Faculty Reader
