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Start Over Graduate Program Aerospace Engineering (PHD) Keyword Rotorcraft

1. Mid-Fidelity Performance Analysis for Fixed-Pitch Speed-Controlled Multirotor Aircraft

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Restricted (Penn State Only)
Author:
Cornelius, Jason
Title:
Mid-Fidelity Performance Analysis for Fixed-Pitch Speed-Controlled Multirotor Aircraft
Graduate Program:
Aerospace Engineering (PHD)
Keywords:
Helicopter
Multirotor
CFD
Rotorcraft
High Performance Computing
GPU
Coaxial
Coaxial Rotor
Machine Learning
Surrogate Models
Dragonfly
Drone
UAS
Urban Air Mobility
Unmanned Aerial Systems
BEMT
Aerodynamics
Aircraft
C81 Tables
OVERFLOW
ARC2D
Airfoil Performance
NASA
Langley TDT
Langley 14-by 22-ft. Subsonic Tunnel Facility
Langley Transonic Dynamics Tunnel
Hybrid BEMT-URANS CFD
Linux Bash Scripting
GPU CFD Acceleration
Gaussian Process Regression
Neural Networks
Conceptual Design
Preliminary Design
File:
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Committee Members:
Amy Pritchett, Program Head/Chair
Daniel Haworth, Outside Unit & Field Member
Sven Schmitz, Chair & Dissertation Advisor
Jacob Langelaan, Major Field Member
Jose Palacios, Major Field Member
Edward Smith, Major Field Member
Larry Young, Special Signatory

2. Model-Scale Evaluation of Autonomous Ship Landing Guidance and Control Modes for Rotorcraft

open_access
Open Access
Author:
Hendrick, Christopher
Title:
Model-Scale Evaluation of Autonomous Ship Landing Guidance and Control Modes for Rotorcraft
Graduate Program:
Aerospace Engineering (PHD)
Keywords:
VTOL
Rotorcraft
Ship Landing
Autonomous
Froude Scaling
Model-Scale
UAV
Guidance
Control
File:
Download HendrickDissertation.pdf
Committee Members:
Amy Pritchett, Program Head/Chair
Jacob Langelaan, Major Field Member
Joseph Horn, Chair & Dissertation Advisor
Chris Rahn, Outside Unit & Field Member
Eric Johnson, Major Field Member