1. Sensitivity Analysis of One-dimensional Descent Profiles for Low Altitude Lunar Landings Open Access Author: Harmon, Jason Scott Title: Sensitivity Analysis of One-dimensional Descent Profiles for Low Altitude Lunar Landings Area of Honors: Aerospace Engineering Keywords: AerospaceEngineeringLunar landingSensitivity analysis File: Download Thesis-_FINAL_COPY-_FINAL_MICROSOFT-_FINAL_FINAL-_NO_SIGNATURE_PAGE.pdf Thesis Supervisors: David Bradley Spencer, Thesis SupervisorDr. Mark David Maughmer, Thesis Honors AdvisorDr. George A Lesieutre, Faculty Reader
2. A Human-Powered-Aircraft Propeller Design Open Access Author: Zhang, Xiaomo Title: A Human-Powered-Aircraft Propeller Design Area of Honors: Aerospace Engineering Keywords: AerospaceSailplaneHuman-Powered AircraftPropulsionAerodynamics File: Download Schreyer_Honors_Thesis_by_Xiaomo_Zhang.pdf Thesis Supervisors: Dr. Mark David Maughmer, Thesis SupervisorDr. George A Lesieutre, Thesis Honors AdvisorDennis K Mclaughlin, Faculty Reader
3. An Experimental Collsion of Unmanned Aerial Vehicles with Aircraft Lifting Surfaces Open Access Author: Shaw, Matthew Joseph Title: An Experimental Collsion of Unmanned Aerial Vehicles with Aircraft Lifting Surfaces Area of Honors: Aerospace Engineering Keywords: AerospaceStructuresCollisionUAVUnmannedAerialVehicleImpactAircraft Lifting Surfaces File: Download Shaw_Matthew_AnExperimentalCollisionofUnmannedAerialVehicleswithAircraftLiftingSurfaces.pdf Thesis Supervisors: Jose Palacios, Thesis SupervisorPhilip John Morris, Thesis Honors AdvisorDr. George A Lesieutre, Faculty Reader
4. An Efficient CFD Approach for Co-Axial Rotor Simulations Open Access Author: Cornelius, Jason Kyle Title: An Efficient CFD Approach for Co-Axial Rotor Simulations Area of Honors: Aerospace Engineering Keywords: CFDComputational Fluid DynamicsAerospaceCo-axialRotorcraftRotorcraft AeromechanicsDragonflyAerodynamicsSimulationSTAR-CCM+MultirotorMulticopter File: Download Cornelius_Jason_Final_Thesis.pdf Thesis Supervisors: Dr. Sven Schmitz, Thesis SupervisorDr. George A Lesieutre, Thesis Honors Advisor
5. Application of Acoustic Black Holes To Rotorcraft Structures for Vibration and Noise Control Open Access Author: Veltre, Robert Anthony Title: Application of Acoustic Black Holes To Rotorcraft Structures for Vibration and Noise Control Area of Honors: Aerospace Engineering Keywords: AcousticsVibrationAerospaceRotorcraft File: Download Veltre_Thesis_OFFICIAL_FINAL.pdf Thesis Supervisors: Stephen Clarke Conlon, Thesis SupervisorDr. George A Lesieutre, Thesis Honors Advisor