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Suggested Citation:"Contents." National Research Council. 1994. Proceedings of the Sixth International Conference on Numerical Ship Hydrodynamics. Washington, DC: The National Academies Press. doi: 10.17226/9223.
×

CONTENTS

 SESSION 1

 

WAVY/FREE-SURFACE FLOW: PANEL METHODS 1
Chair: E.Baba

 
   

 Fully Nonlinear Water Wave Computations Using the Desingularized Method,
by R.F.Beck, Y.Cao, and T.-H.Lee

 

3

   

 Rankine Source Method in High Speed Range,
by K.Kataoka, J.Ando, K.Nakatake, and K.Oda

 

21

 SESSION 2

 

WAVY/FREE-SURFACE FLOW: PANEL METHODS 2
Chair: N.Salvesen

 
   

 Numerical Analysis of Nonlinear Ship Wavemaking Problem by the Coupled Element Method,
by X.W.Yu, S.M.Li, and C.C.Hsiung

 

45

   

 Seakeeping and Wave Induced Loads on Ships with Flare by a Rankine Panel Method,
by P.D.Sclavounos, D.E.Nakos, and Y.Huang

 

57

   

 Calculation of Transom Stern Flows,
by J.G.Telste and A.M.Reed

 

79

 SESSION 3

 

WAVY/FREE-SURFACE FLOW: PANEL METHODS 3
Chair: D.Bruzzone

 
   

 Nonlinear Ship Wave Calculations Using the RAPID Method,
by H.C.Raven

 

95

   

 Panel-Convergence of Steady Free-Surface Flow Calculations,
by D.Hendrix and F.Noblesse

 

119

   

 A Higher-Order Panel Method Based on B-Splines,
by C.Y.Hsin, J.E.Kerwin, and J.N.Newman

 

133

 SESSION 4

 

WAVY/FREE-SURFACE FLOW: FIELD-EQUATION METHODS
Chair: P.M.Gresho

 
   

 A Fast Multigrid Method for Solving the Nonlinear Ship Wave Problem with a Free Surface,
by J.Farmer, L.Martinelli, and A.Jameson

 

155

   

 A Finite-Volume Method with Unstructured Grid for Free Surface Flow Simulations,
by T.Hino, L.Martinelli, and A.Jameson

 

173

   

 A Semi-Implicit Semi-Lagrangian Finite Element Model for Nonlinear Free Surface Flow,
by A.Allievi and S.Calisal

 

195

Suggested Citation:"Contents." National Research Council. 1994. Proceedings of the Sixth International Conference on Numerical Ship Hydrodynamics. Washington, DC: The National Academies Press. doi: 10.17226/9223.
×

 SESSION 5

 

WAVY/FREE-SURFACE FLOW: VISCOUS FLOW AND INTERNAL WAVES
Chair: H.Haussling

 
   

 Solid-Fluid Juncture Boundary Layer and Wake with Waves,
by J.E.Choi and F.Stern

 

215

   

 Direct Numerical and Large-Eddy Simulations of Turbulent Free-Surface Flows,
by D.G.Dommermuth and E.A.Novikov

 

239

   

 Computation of Free-Surface Flows Around 3-D Hydrofoil and Wigley Ship by N-S Solver,
by S.H.Kwag and K.S.Min

 

271

   

 Numerical Prediction of Ship Generated Internal Waves in a Stratified Ocean at Supercritical Froude Numbers,
by M.P.Tulin, P.Wang, and Y.Yao

 

289

 SESSION 6

 

WAVY/FREE-SURFACE FLOW: VISCOUS-INVISCID INTERACTION
Chair: J.A.Alaez

 
   

 Displacement Thickness of a Thick 3-D Boundary Layer,
by L.Landweber, A.Shahshahan, and R.A.Black

 

313

   

 Domain Decomposition in Free Surface Viscous Flows,
by E.Campana, A.Di Mascio, P.G.Esposito, and F.Lalli

 

329

   

 Interactive Zonal Approach for Ship Flows Including Viscous and Nonlinear Wave Effects,
by H.-C.Chen, W.-M.Lin, and K.M.Weems

 

341

 SESSION 7

 

VISCOUS FLOW: NUMERICAL METHODS
Chair: J.Kux

 
   

Navier-Stokes Computations of Ship Stern Flows: A Detailed Comparative Study of Turbulence Models and Discretization Schemes,
by G.B.Deng, P.Queutey, and M.Visonneau
 

 

367

   

 Effects of Turbulence Models on Axisymmetric Stern Flows Computed by an Incompressible Viscous Flow Solver,
by C.H.Sung, J.F.Tsai, T.T.Huang, and W.E.Smith

 

387

 SESSION 8

 

VISCOUS FLOW: APPLICATIONS 1
Chair: J.Boudreaux

 
   

 A Viscous Flow Simulation of Flow About the 1/40-Scale Model of the U.S. Airship Akron at Incidence Angle,
by C.-I.Yang

 

409

   

 The Prediction of Nominal Wake Using CFD,
by A.J.Musker, S.J.Watson, P.W.Bull, and C.Richardsen

 

417

Page xiii Cite
Suggested Citation:"Contents." National Research Council. 1994. Proceedings of the Sixth International Conference on Numerical Ship Hydrodynamics. Washington, DC: The National Academies Press. doi: 10.17226/9223.
×
   

 Numerical Prediction of Viscous Flows Around Two Bodies by a Vortex Method,
by Y.M.Scolan and O.Faltinsen

 

439

 SESSION 9

 

VISCOUS FLOW: APPLICATIONS 2
Chair: B.Wooden

 
   

 Numerical Simulation of the Effect of Fillet Forms on Appendage-Body Junction Flow,
by D.Li and L.-D.Zhou

 

457

   

 Verification of the Viscous Flow-Field Simulation for Practical Hull Forms by a Finite-Volume Method,
by M.Zhu, O.Yoshida, H.Miyata, and K.Aoki

 

469

   

 Hydrodynamical Design of Super-Slender-Twin-Hull Ferries by CFD Techniques,
by H.Miyata, T.Ohmori, and E.M.Kamal

 

489

 SESSION 10

 

LIFTING-SURFACE FLOW: INVISCID METHODS
Chair: E.O.Tuck

 
   

 The Nonlinear Numerical Prediction of Unsteady Sheet Cavitation for Propellers of Extreme Geometry,
by E.N.Fine and S.A.Kinnas

 

511

   

 Numerical Modelling of Propeller Tip Flows,
by S.A.Kinnas, S.Pyo, C.Y.Hsin, and J.E.Kerwin

 

531

   

 Time-Dependent Inviscid Flow Analysis of Rotor-Stator Systems,
by Y.T.Lee, J.Feng, and C.L.Merkle

 

545

 SESSION 11

 

WAVY/FREE-SURFACE FLOW: SHIP MOTIONS
Chair: I.Tanaka

 
   

 The Simulation of Ship Motions,
by H.B.Bingham, F.T.Korsmeyer, J.N.Newman, and G.E.Osborne

 

561

   

 A New Method for the Determination of Resonant States for Fluid-Structure Interaction,
by O.DeBayser, C.Hazard, M.Lenoir, and D.Martin

 

581

   

 Prediction of Nonlinear Hydrodynamic Characteristics of Complex Vessels Using a Numerical Time-Domain Approach,
by B.Maskew, D.M.Tidd, and J.S.Fraser

 

591

   

 Rankine Panel Methods for Transient Free-Surface Flows,
by D.E.Nakos, D.Kring, and P.D.Sclavounos

 

613

Suggested Citation:"Contents." National Research Council. 1994. Proceedings of the Sixth International Conference on Numerical Ship Hydrodynamics. Washington, DC: The National Academies Press. doi: 10.17226/9223.
×

 SESSION 12

 

LIFTING-SURFACE FLOW: STEADY VISCOUS METHODS
Chair: K.-J.Bai

 
   

 Numerical Simulation of Turbulent Flows Around Hydrofoil,
by C.C.S.Song and C.Chen

 

635

   

 Numerical Calculations of Transitional Flow over Flat Plate in Turbulent Non-uniform Flows,
by S.H.Kang, M.R.Choi, and W.P.Jeon

 

649

   

 Computation of the Tip Vortex Flow on Three-Dimensional Foils with a Parabolized Navier-Stokes Solver,
by L.R.C.Eca, J.A.C.Falcao de Campos, and M.Hoekstra

 

661

 SESSION 13

 

LIFTING-SURFACE FLOW: UNSTEADY VISCOUS METHODS
Chair: D.H.Choi

 
   

 Direct Numerical Simulation of Unsteady Propulsor Blade Section Forces on a Parallel Processor,
by W.B.Coney, S.R.Breit, and J.R.Webb

 

685

   

 Computation of Unsteady Viscous Flow with Application to the MIT Flapping Foil Experiment,
by E.Paterson and F.Stern

 

699

   

 Time Accurate Incompressible Navier-Stokes Simulation of the Flapping Foil Experiment,
by L.K.Taylor, J.A.Busby, M.Y.Jiang, A.Arabshahi, K.Sreenivas, and D.L.Whitfield

 

721

 SESSION 14

 

LIFTING-SURFACE FLOW: PROPELLER-RUDDER INTERACTIONS, AND OTHERS
Chair: T.T.Huang

 
   

 Computation of Viscous Flow Around a Rudder Behind a Propeller: Laminar Flow Around a Flat Plate Rudder in Propeller Slipstream,
by H.Suzuki, Y.Toda, and T.Suzuki

 

741

   

 Determination of Load Distribution on a Rudder in Propeller Slipstream Using a Nonlinear Vortex Model,
by B.Kirsten and S.D.Sharma

 

763

   

 Numerical Investigation of Flow and Thrust of an Oscillating 2D Hydrofoil,
by T.A.Videv, Y.Doi, and K.-H.Mori

 

779

 

 

APPENDIX

 
   

 List of Participants

 

801

Suggested Citation:"Contents." National Research Council. 1994. Proceedings of the Sixth International Conference on Numerical Ship Hydrodynamics. Washington, DC: The National Academies Press. doi: 10.17226/9223.
×
Page R11
Suggested Citation:"Contents." National Research Council. 1994. Proceedings of the Sixth International Conference on Numerical Ship Hydrodynamics. Washington, DC: The National Academies Press. doi: 10.17226/9223.
×
Page R12
Page xiii Cite
Suggested Citation:"Contents." National Research Council. 1994. Proceedings of the Sixth International Conference on Numerical Ship Hydrodynamics. Washington, DC: The National Academies Press. doi: 10.17226/9223.
×
Page R13
Suggested Citation:"Contents." National Research Council. 1994. Proceedings of the Sixth International Conference on Numerical Ship Hydrodynamics. Washington, DC: The National Academies Press. doi: 10.17226/9223.
×
Page R14
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