Theses most similar to Roll stabilization for fast monohulls by using passive and active lifting appendages (Ulusoy, Talha; 2004) read it

Motion control of high-speed hydrofoil vessels using state-space methods

Chatzakis, Iason (2004)

  • Advisor: Paul D. Sclavounos
  • Department of Ocean Engineering
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Bulbous bow design optimization for fast ships

Kyriazis, Georgios (1996)

  • Advisor: Paul D. Sclavounos
  • Department of Ocean Engineering
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Performance of high speed multi-hull ships

Dimitroglou, Panagiotis, 1967- (1998)

  • Advisor: Paul D. Sclavounos
  • Department of Ocean Engineering
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A Rankine panel method as a tool for the hydrodynamic design of complex marine vehicles

Mantzaris, Demetrios Alexis, 1968- (1998)

  • Advisor: Paul D. Sclavounos
  • Department of Ocean Engineering
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Computation of higher-order hydrodynamic forces on ships and offshore structures in waves

Kim, Yonghwan, 1964- (1999)

  • Advisor: Paul D. Sclavounos
  • Department of Ocean Engineering
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Optimal motion of a vertically sculling hydrofoil system for efficient propulsion and power extraction

Billarant, Franck Jack, 1974- (2003)

  • Advisors: Charles Boppe; Drela, Mark
  • Department of Aeronautics and Astronautics
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Hydrodynamic design of high speed catamaran vessels

Purvin, Shiran, 1971- (2003)

  • Advisor: Paul D. Sclavounos
  • Department of Ocean Engineering
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Hydrodynamics of unconventional SWATH vessels in waves

Olaoye, Abiodun Timothy (2015)

  • Advisor: Stefano Brizzolara
  • Department of Mechanical Engineering
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The forward speed diffraction problem in following seas

Osborne, Gregory E., 1964- (1994)

  • Advisor: J.N. Newman
  • Department of Ocean Engineering
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Stability and maneuvering of hybrid hydrofoil/SWATH in foilborne mode

Williams, Samuel E. (Samuel Ernest) (2017)

  • Advisor: Stefano Brizzolara
  • Department of Mechanical Engineering
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