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Start Over Graduate Program Aerospace Engineering Year 2017 Keyword partial ground Keyword two-way coupled Keyword ALM Keyword fluid Keyword helicopter dynamics Keyword simulation Keyword UH-60 Keyword helicopter dynamics Keyword hover Keyword ship airwake

1. Towards Real-Time Pilot-in-the-Loop Simulation of Rotorcraft with Fully-Coupled CFD Solutions of Rotor / Terrain Interactions

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Open Access

Author:: Oruc, Ilker
Title:: Towards Real-Time Pilot-in-the-Loop Simulation of Rotorcraft with Fully-Coupled CFD Solutions of Rotor / Terrain Interactions
Graduate Program:: Aerospace Engineering
Keywords:: modeling
simulation
pilot-in-the-loop
rotorcraft
terrain
ship airwake
dynamic interface
DI
helicopter/ship
coupled
fully-coupled
fully coupled
ground effect
CFD
aerodynamics
flight control
flight dynamics
ship landing
ship approach
computational
fluid
dynamics
real-time
manned
sloped
partial ground
acceleration
helicopter simulation
high-performance-computing
flight simulator
MPI
helicopter dynamics
SFS2
MPMD
actuator disk
ADM
ALM
simple frigate ship
non-linear
NLDI
UH-60
flight performance
one-way coupled
two-way coupled
recirculation
coupled simulation
coupling interface
IGE
OGE
hover
GENHEL
GENHEL-PSU
Navier-Stokes
Gaussian
File:: Download IlkerOruc-Thesis.pdf
Committee Members:: Joseph F. Horn, Dissertation Advisor/Co-Advisor
Joseph F. Horn, Committee Chair/Co-Chair
Edward C. Smith, Committee Member
Sven Schmitz, Committee Member
Savas Yavuzkurt, Outside Member