1. 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
2. Determination of Principal Axes and Moments of Inertia for Docked Spacecraft with Uncooperative Objects Open Access Author: Vitagliano, Robert P Title: Determination of Principal Axes and Moments of Inertia for Docked Spacecraft with Uncooperative Objects Area of Honors: Aerospace Engineering Keywords: moment of ineritaasteroidsimulationmass properties File: Download Robert_Vitagliano_SHC_Thesis.pdf Thesis Supervisors: David Bradley Spencer, Thesis SupervisorRobert Graham Melton, Thesis Honors Advisor
3. Advanced Hybrid Rocket Propulsion Unit for CubeSats (PUC): Development and Testing of a Titanium Tank Open Access Author: Kerr, Evan M Title: Advanced Hybrid Rocket Propulsion Unit for CubeSats (PUC): Development and Testing of a Titanium Tank Area of Honors: Aerospace Engineering Keywords: CubeSatHybrid RocketAdditive ManufacturingDirect Metal Laser Sintering File: Download Kerr_Thesis_SHC_Final.pdf Thesis Supervisors: David Bradley Spencer, Thesis SupervisorDavid Bradley Spencer, Thesis Honors AdvisorAmy Ruth Pritchett, Faculty Reader
4. An Application of Bacterial Foraging Optimization to Orbital Transfers Open Access Author: Rosenberger, Tyler J Title: An Application of Bacterial Foraging Optimization to Orbital Transfers Area of Honors: Aerospace Engineering Keywords: BioforagingOptimizationOrbital TransferTrajectory Optimization File: Download HonorsThesis_TylerRosenberger.pdf Thesis Supervisors: David Bradley Spencer, Thesis SupervisorDr. Mark David Maughmer, Thesis Honors Advisor
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