Simulation of Helicopter Shipboard Launch and Recovery with Time Accurate Airwakes

Lee, Dooyong
Joseph F, Horn
Sezer Uzol, Nilay
Long, Lyle N


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Simulation of Pilot Control Activity during Helicopter Shipboard Operation
Lee, Dooyong; Joseph F, Horn; Sezer Uzol, Nilay; Long, Lyle N (2003-08-14)
A simulation of the helicopter/ship dynamic interface has been developed and applied to simulate a UH-60A operating from an LHA class ship. Time accurate CFD solutions of the LHA airwake are interfaced with a flight dynamics simulation based on the GENHEL model. The flight dynamics model was updated to include improved inflow modeling and gust penetration effects of the ship airwake. An optimal control model of a human pilot was used to simulate pilot control activity for a specified approach trajectory. Th...
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A new ground-penetrating radar system that can determine the depth and position of a buried metal cylinder, which is the combination of an optical fiber sensor (OFS), continuous-wave transmitter, and optical communication link, is proposed and simulated in the MATLAB and Optiwave program packages. Employing an optical sensor instead of a standard radio frequency (RF) receiver offers the advantage of preventing electromagnetic interference along the sensor's main unit cable and lower amplification noise. In ...
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Citation Formats
D. Lee, H. Joseph F, N. Sezer Uzol, and L. N. Long, “Simulation of Helicopter Shipboard Launch and Recovery with Time Accurate Airwakes,” 2003, Accessed: 00, 2021. [Online]. Available: