OPENING REMARKS

Dr. Fred E.Saalfeld Deputy Chief of Naval Research/Technical Director

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CAPT John Preisel, USN Naval Surface Warfare Center, Carderock Division

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VADM Albert J.Baciocco, Jr., USN (retired) Naval Studies Board

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TECHNICAL SESSIONS

Hydrodynamics in Ship Design

Failures, Fantasies, and Feats in the Theoretical/Numerical Prediction of Ship Performance
L.Larsson,^1,2 B.Regnström,² L.Broberg,² D.-Q.Li,^1,3 C.-E.Janson² (¹Chalmers University of Technology, ²FLOWTECH International AB, ³SSPA Maritime Consulting AB, Sweden)

11

Intelligent Regression of Resistance Data for Hydrodynamics in Ship Design
L.Doctors (University of New South Wales, Australia)

33

Some Remarks on the Accuracy of Wave Resistance Determination from Wave Measurements Along a Parallel Cut
F.Lalli, F.Di Felice, P.Esposito, A.Moriconi (Istituto Nazionale per Studi ed Esperienze di Architettura Navale, Italy), R.Piscopia (Universitá di Roma La Sapienza, Italy)

50

Wave Resistance and Wave Patterns for High-Speed Crafts; Validation of Numerical Results by Model Test
S.Brizzolara, D.Bruzzone (University of Genoa, Italy), P.Cassella (University of Naples, Italy), A.Scamardella, I.Zotti (University of Trieste, Italy)

69

Evaluation of Methods for Estimation of Extreme Nonlinear Ship Responses Based on Numerical Simulations and Model Tests
L.Adegeest, A.Braathen, T.Vada (Det Norske Veritas, Norway)

84

Investigation into Ventilated Hydrofoils for Ride Control of High-Speed Craft
K.Thiagarajan, R.Shock (Australian Maritime Engineering CRC, Ltd., Australia)

100

Propulsor Hydrodynamics/Hydroacoustics

Design System of Marine Propellers with New Blade Sections
C.Kawakita, T.Hoshino (Mitsubishi Heavy Industries, Ltd., Japan)

110

A Study on a Propulsion System by Peristaltic Motion in Highly Viscous Fluid
M.-C.Kim, S.Ninomiya, K.-h.Mori, Y.Doi (Hiroshima University, Japan)

127

A New Surface Panel Method to Predict Steady and Unsteady Characteristics of Marine Propeller
J.Ando,¹ S.Maita,² K.Nakatake¹ (¹Kyushu University, ²West Japan Fluid Engineering Lab. Co. Ltd., Japan)

142

Experimental Characterization of Propeller Tip Flow
C.Chesnakas, S.Jessup (Naval Surface Warfare Center, Carderock Division, USA)

156

Propeller Wake Evolution Analysis by LDV
A.Stella, G.Guj (Università di Roma Tre, Italy), F.Di Felice (Istituto Nazionale per Studi ed Esperienze di Architettura Navale, Italy), M.Elefante (Italian Navy Cavitation Tunnel, Italy)

171

Numerical Simulation of Tip Vortices Roll-Up
X.Viot, D.Fruman (École Nationale Supérieure de Techniques Avancées, France), F.Deniset, J.Billard (École Navale, France)

189

Prediction of Propeller Blade Sheet and Developed Tip Vortex Cavitation
S.Kinnas, H.Lee, A.Mueller (University of Texas at Austin, USA)

206

The Application of ‘RANS’ Code to Investigate Propeller Scale Effects
M.Stanier (Defence Evaluation and Research Agency, United Kingdom)

222

Cavitation and Bubbly Flows

Cloud Cavitation Phenomena
C.Brennen, T.Colonius, Y.-C.Wang, A.Preston (California Institute of Technology, USA)

239

On the Flow Structure and Turbulence in the Closure Region of Attached Cavitation
Y.Zhang, S.Gopalan, J.Katz (Johns Hopkins University, USA)

254

Partial Attached Cavitation on Two- and Three-Dimensional Hydrofoils
K.Laberteaux, S.Ceccio (University of Michigan, USA)

266

Numerical Simulation of Evolution of Three-Dimensional Bubbles
Q.X.Wang, E.K.Png, B.H.Tan (DSO National Laboratories, Singapore)

282

Frontier Experimental Techniques

Development of an Alternating Color Image Anemometry Method and Its Application in Ship Flow Measurements
S.-Y.Jaw, Y.-Z.Kehr (National Taiwan Ocean University, Taiwan, China)

301

Investigation of Propeller-Induced Pressure Pulses by Means of High-Speed Video Recording in the Three-Dimensional Wake of a Complete Ship Model
C.Johannsen (Hamburg Ship Model Basin, Germany)

314

A New Tracer Technique for Turbulent Flow
J.Hoyt (San Diego State University, USA), R.Sellin (University of Bristol, United Kingdom)

330

Wave-Induced Ship Motions and Loads

Validation of Theoretical Methods for Ship Motions by Means of Experiment
M.Ohkusu (Kyushu University, Japan)

341

Extreme Rolling, Broaching, and Capsizing—Model Tests and Simulations of a Steered Ship in Waves
J.de Kat (Maritime Research Institute, The Netherlands), W.Thomas III (Naval Surface Warfare Center, Carderock Division, USA)

359

Capsize Analysis for Ships with Water Shipping On and Off the Deck
J.Huang,¹ L.Cong,¹ S.Grochowalski,² C.-C.Hsiung¹ (¹DalTech, Dalhousie University, Canada, ²Consultant, Canada)

376

Fully Nonlinear Free-Surface Computations for Arbitrary and Complex Hull Forms
A.Subramani, R.Beck (University of Michigan, USA), S.Scorpio (Design Research Engineering, USA)

390

Fully Nonlinear Interactions of Long-Crested Wave Packets with a Three-Dimensional Body
P.Ferrant (Societe d’Ingenierie et de Recherche en Hydrodynamique Navale, France)

403

Numerical Investigation of Steady Flow Effects in Three-Dimensional Seakeeping Computations
V.Bertram (Technical University of Hamburg-Harburg, Germany)

417

An Analysis of Second-Order Wave Forces on Floating Bodies by Using a Higher-Order Boundary Element Method
Y.-R.Choi, S.-Y.Hong (Korea Research Institute of Ships and Ocean Engineering, Korea), H.-S.Choi (Seoul National University, Korea)

432

Viscous Ship Hydrodynamics

A Viscous Multiblock Flow Solver for Free-Surface Calculations on Complex Geometries
G.Cowles, L.Martinelli (Princeton University, USA)

445

Navier-Stokes Computations of Ship Flows on Unstructured Grids
T.Hino (Ship Research Institute, Japan)

463

Viscous Free Surface Hydrodynamics Using Unstructured Grids
R.Löhner, C.Yang (George Mason University, USA), E.Oñate (Universidad Politécnica de Catalunya, Spain)

476

Viscous Free Surface Flow Past a Ship in Drift and in Rotating Motion
B.Alessandrini, G.Delhommeau (École Centrale de Nantes, France)

491

Numerical Simulation of Bow Waves
D.Dommermuth,¹ G.Innis,¹ T.Luth,¹ E.Novikov,² E.Schlageter,¹ J.Talcott¹ (¹Science Applications International Corporation, ²University of California at San Diego, USA)

508

Numerical Simulation of Ship Flow by a Method of Artificial Compressibility
F.Bet, D.Hänel, S.Sharma (Gerhard-Mercator-Universität Duisburg, Germany)

522

Unsteady RANS CFD Method for Naval Combatants in Waves
R.Wilson, E.Paterson, F.Stern (University of Iowa, USA)

532

Computation of the Turbulent Flow Around a Ship Model in Steady Turn and in Steady Oblique Motion
A.Cura Hochbaum (Hamburg Ship Model Basin, Germany)

550

Turbulent Primary Breakup of Plane-Free Bow Sheets
Z.Dai, K.Sallam, G.Faeth (University of Michigan, USA)

568

Some Structural Features of Pressure-Driven Three-Dimensional Turbulent Boundary Layers from Experiments for 500≤Reθ_≤23000
R.Simpson, M.Ölçmen (Virginia Polytechnic Institute and State University, USA)

582

Investigation of Viscous Flow Field Around an Appended Revolution Body with Guide Vane Propeller
L.-D.Zhou (China Ship Scientific Research Center, China), F.Zhao (National Laboratory of Hydrodynamics, China)

594

Shallow Water Hydrodynamics

Investigation of Waves Generated by Ships in Shallow Water
T.Jiang (Mercator University, Germany)

601

Case Studies of Hurricane and Winter Storms Using a New Coastal Wave Model
R.Lin (Naval Surface Warfare Center, Carderock, USA), W.Perrie (Bedford Institute of Oceanography, Canada)

613

Weinblum Lecture

Limits of Potential Theory in Rudder Flow Predictions
H.Söding (Technical University of Hamburg-Harburg, Germany)

622

Water Entry and Wake Dynamics

A Two-Fluid Navier-Stokes Solver to Simulate Water Entry
S.Muzaferija, M.Peric (Technical University of Hamburg-Harburg, Germany), P.Sames, T.Schellin (Germanischer Lloyd AG, Germany)

638

Water Entry of Arbitrary Axisymmetric Bodies With and Without Flow Separation
R.Zhao (Marintek, Norway), O.Faltinsen (Norwegian University of Science and Technology, Norway)

652

Bluff Body Hydrodynamics

Advancements of the Large-Eddy Simulation for Turbulent Flow Over Complex Bluff Bodies
S.Jordan (Naval Undersea Warfare Center, USA)

665

Resistance in Unsteady Flow: Search for a Physics-Based Model
T.Sarpkaya (Naval Postgraduate School, USA)

676

Computation of a Wing-Body Junction Flow with a New Reynolds-Stress Turbulence Model
G.Deng, M.Visonneau (École Centrale de Nantes, France)

691

Fluid Dynamics in the Naval Context

Applications of Recursive Neural Network Technologies to Hydrodynamics
W.Faller, D.Hess, W.Smith, T.Huang (Naval Surface Warfare Center, Carderock Division, USA)

708

Numerical Simulation of Maneuvering Motion
T.Sato, K.Izumi, H.Miyata (University of Tokyo, Japan)

724

Inviscid Calculations of Ship Wave Making—Capabilities, Limitations, and Prospects
H.Raven (Maritime Research Institute, The Netherlands)

738

Free Surface Flow Analysis of Fins Attached to a Strut and Foils by a Higher Order Boundary Element Method
C.Lee,¹ I.-R. Park,² H.-H. Chun,² S.-J.Lee¹ (¹Pohang University of Science and Technology, ²Pusan National University, Korea)

755

Numerical and Experimental Studies for the Prediction of Hydrodynamic Characteristics of Two-Dimensional Hydrofoils Operating Under the Free Surface
K.-S.Min, S.-H.Kang (Hyundai Heavy Industries Co., Ltd., Korea), H.Streckwall (Hamburg Ship Model Basin, Germany)

770

Study on the Mechanism of Resistance Reduction by Means of Micro-Bubble Sheet and on Applicability of the Method to Full-Scale Ship
Y.Yoshida,¹ Y.Takahashi,¹ H.Kato,² O.Watanabe¹ (¹Ishikawajima-Harima Heavy Industries Co., Ltd., Japan, ²University of Tokyo, Japan)

779

Spray Formation at the Free Surface of Liquid Wall Jets
T.Sarpkaya, C.Merrill (Naval Postgraduate School, USA)

796

Internal Gravity Waves Excited by a Body Moving in a Stratified Fluid
V.Borovikov,^1,2 V.Bulatov,² M.Gilman,² Y.Vladimirov² (¹Benemerita Universidad Autonoma de Puebla, Mexico, ²Russian Academy of Sciences, Russia)

809

Wave Hydrodynamics

Incipient Breaking of Steady Waves
M.Miller, T.Nennstiel, L.Fialkowski, S.Pröstler, J.Duncan, A.Dimas (University of Maryland, USA)

818

Computation of Ship Wake Flows with Free-Surface/Turbulence Interaction
M.Hyman (Coastal Systems Station, Panama City, USA)

835

Applications of a Hybrid Boundary Element Method to the Analysis of Free-Surface Flow Around Lifting and Nonlifting Bodies
C.-Y.Hsin (National Taiwan Ocean University, Taiwan, China), S.-K.Chou (United Ship Design and Development Center, Taiwan, China)

848

Super Green Functions
X.-B.Chen (Bureau Veritas, France), F.Noblesse (Naval Surface Warfare Center, Carderock Division, USA)

860

Radiation and Diffraction of Waves in a Two-Layer Fluid
R.Yeung, T.Nguyen (University of California at Berkeley, USA)

875

Nonlinear Simulation of Breaking Waves with Spilling Breakers by a Boundary Integral Method
D.Sadovnikov (Krylov Shipbuilding Research Institute, Russia), G.Trincas (University of Trieste, Italy)

892

Scattering of Internal Waves by a Circular Cylinder Submerged in a Stratified Fluid
N.Gavrilov, E.Ermanyuk, I.Sturova (Lavrentyev Institute of Hydrodynamics, Russia)

907

CFD Validation

A Perspective on Naval Hydrodynamic Flow Simulations
A.Arabshahi, M.Beddhu, W.Briley, J.Chen, A.Gaither, K.Gaither, J.Janus, M.Jiang, D.Marcum, J.McGinley, R.Pankajakshan, M.Remotigue, C.Sheng, K.Sreenivas, L.Taylor, D.Whitfield (Mississippi State University, USA)

920

CFD and Experiments in Marine Hydrodynamics: Validation Procedure for the Fully Nonlinear Wave Loads on a Vertical Cylinder
G.Contento, A.Francescutto (University of Trieste, Italy), D.Peri (Istituto Nazionale per Studi ed Esperienze di Architettura Navale, Italy)

935

Validation of a Chimera RANS Method for Transient Flows Induced by a Full-Scale Berthing Ship
H.-C.Chen (Texas A&M University, USA), E.Huang (Naval Facilities Engineering Service Center, USA)

948

Validation of Free Surface Reynolds Averaged Navier Stokes and Potential Flow Codes
T.Ratcliffe (Naval Surface Warfare Center, Carderock Division, USA)

964

Comparison of CFD and EFD for the Series 60 C_B=0.6 in Steady Yaw Motion
Y.Tahara,¹ J.Longo,² F.Stern,² Y.Himeno¹ (1Osaka Prefecture University, Japan, ²University of Iowa, USA)

981

The Scaling of High Reynolds Number Viscous Flow Predictions for Appended Submarine Geometries
P.Bull, S.Watson (Defence Evaluation and Research Agency, United Kingdom)

1000

APPENDIX—LIST OF PARTICIPANTS

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