MA1.1

A Qualitative Study on the Relationship Between Cavitation Structure and Erosion Region around a 3D Twisted Hydrofoil by Painting Method

Y.T. Cao, X.X. Peng, K. Yan, L.H. Xu, L.W. Shu

1

MA1.2

Experimental and Numerical Study of Polyurea Failure under Cavitation

Jin-Keun Choi, Georges L. Chahine

6

MA1.3

Cavitation erosion fracture mechanisms and their detection in ship operation

Ioannis Armakolas, John Carlton, Miodrag Vidakovic, Tong Sun, Kenneth T. V. Grattan

14

MB1.1

Design and Verification of a Noise Test Device for Water-jet Propulsion Pumps

Zonglong Wang, Youlin Cai, Chen-Jun Yang

22

MB1.2

A Head Correction Method In Model Experiment of Water-jet Propulsion Axial-flow Pump With Front Guide Vane

Ji Guorui, Wang Zonglong, Cai Youlin, Li Ning

28

MB1.3

Comparison of Different Methods for Estimating Energetics Related to Efficiency on a UUV with Cephalopod Inspired Propulsion

Michael Krieg, Kamran Mohseni

32

MA2.1

Numerical Study of the Effects of Gas Diffusion on Bubble Distribution about a Lifting Surface

Chao-Tsung Hsiao, Jingsen Ma, Georges L. Chahine

42

MA2.2

VOF Simulations Of Hydrodynamic Cavitation Using The Asymptotic And Classical Rayleigh-Plesset Models

Samir Muzaferija, Dimitrios Papoulias, Milovan Peric

50

MA2.3

Computational fluid dynamics prediction of marine propeller cavitation including solution verification

Thomas Lloyd, Guilherme Vaz, Douwe Rijpkema, Antoine Reverberi

58

MA2.4

Simulating Compressibility in Cavitating Flows with an Incompressible Mass Transfer Flow Solver

Sören Schenke, Thomas Jan Cornelis van Terwisga

71

MB2.1

On the Use of the γ-Reθ Transition Model for the Prediction of the Propeller Performance at Model-Scale

J. Baltazar, D. Rijpkema, J.A.C. Falcão de Campos

80

MB2.2

Influence of Propulsion Type on the Near-Wake Evolution of Kinetic and Potential Energy

Matthew C. Jones, Eric Paterson

93

MB2.3

Direct Numerical Simulation of Transitional Flow over a NACA66 Propeller Section

A.Ducoin, J. A. Astolfi, S. Sharma

101

MB2.4

Modification of Eddy-Viscosity Turbulence Model considering Boundary Layer Transition for predicting Ship Hull Wake Flow

Keita Fujiyama, Tomohiro Waku1, Tomohiro Irie, Nobuhiro Hasuike

109

MC2.1

Simulation-driven Design of a Rim Drive for an Autonomous Vehicle

Heinrich Grümmer, Stefan Harries, Andrés Cura Hochbaum

115

MC2.2

Open Water Tests of Unconventional Ducted Propulsor without Rotating Blades in Circulating Water Channel

Kazuo Suzuki, Motoi Kasahara, Shohei Ohji

123

MC2.3

Development of New Type Low Drag Rudders in Propeller Slipstream

Takashi Kanemaru, Akira Yoshitake, Jun Ando

127

MC2.4

Case Study on CFD Simulation and Experiment of New Developed Propeller for Trailing Thai Boat

J. Noosomton, W. Gunnuang

135

MA3.1

A Semi-Empirical Method to Predict Broadband Hull Pressure Fluctuations and Underwater Radiated Noise by Cavitating Tip Vortices

Johan Bosschers

148

MA3.2

CFD and CHA simulation of underwater noise induced by a marine propeller in two-phase flows

Ville M. Viitanen, Antti Hynninen, Lars Lübke, Rhena Klose, Jukka Tanttari, Tuomas Sipilä1, Timo Siikonen

158

MA3.3

Effect of Propeller Eccentric Forces on the Bearing Loads of the Complicated Shafting System for Large Container Ships

Tae-goo Lee, Gi-su Song, Ji-nam Kim, Jin-suk Lee, Hyoung-gil Park

172

MB3.1

On the significance of the pitching axis location for Flapping Wing Systems of swept outlines under Spring Loaded or Active Control of the pitching motion

Tsarsitalidis Vasileios, Politis Gerasimos

181

MB3.2

Unsteady Hydrodynamic Modeling of a Cycloidal Propeller

Atanu Halder, Carolyn Walther, Moble Benedict

189

MB3.3

Development of a Numerical Model for the Hydrodynamic Performance Analysis of a Collective and Cyclic Pitch Propeller

Arno Dubois, Zhi Q Leong, Hung D Nguyen, Jonathan R Binns

203

MA4.1

Study on Extrapolation Method for Self-Propulsion Test with Pre-Swirl Device

Moon-Chan Kim, Yong-Jin Shin, Won-Joon Lee, Joon-Hyoung Lee

211

MA4.2

Study on Performance of Combined Energy Saving Devices For Container Ship by Experiments

Joon Hyoung Lee, Moon Chan Kim, Yong Jin Shin, Jin Gu Kang

219

MA4.3

The Battle Royal of Energy Saving Devices for a Ship

Yoshihisa Okada, Kenta Katayama, Akinori Okazaki, Masafumi Okazaki, Kenichi Fukuda, Yosuke Kobayashi, Toshie Kajino

225

MB4.1

Analysis of Dynamic Loads on Azimuthing Ducted Propulsor under Off-Design Operation Conditions

Nabila Berchiche, Vladimir Krasilnikov, Kourosh Koushan

230

MB4.2

Dynamic Instabilities in Propeller Crashback

Matthew Pontarelli, J. Ezequiel Martin, Pablo M. Carrica

242

MB4.3

Efficient Prediction of Crashback Performance of Controllable Pitch Propellers

Markus Pergande, Keqi Wang, Jan Clemens Neitzel-Petersen, Moustafa Abdel-Maksoud

250

TA1.1

Propeller geometry optimization for pressure pulses reduction: an analysis of the influence of the rake distribution

Stefano Gaggero, Giorgio Tani, Diego Villa, Michele Viviani, Fabiana Miglianti, Pierluigi Ausonio, Piero Travi, Giovanni Bizzarri, Francesco Serra

258

TA1.2

Automated multi-objective optimization of ship propellers

John Huisman, Evert-Jan Foeth

270

TA1.3

Application of multi-objective optimization based design to high-speed craft propellers

James HuanStefano Gaggero, Giorgio Tani, Diego Villa, Michele Viviani, Pierluigi Ausonio, Piero Travi, Giovanni Bizzarri, Francesco Serra

278

TB1.1

Modified BEM Methods for the Marine Current Turbine Performance Analysis under Non-uniform Inflow Condition

Hang Li, Long Yu, Yanping He

291

TB1.2

Humpback whale inspired design for tidal turbine blades

Weichao Shi, Mehmet Atlar, Rosemary Norman

300

TB1.3

Design Optimization of a Horizontal Axis Tidal Stream Turbine Blade Using CFD

Madhan Kumar, Gwon Woo Nam, Seung Jin Oh, Jeonghwa Seo, Abdus Samad, Shin Hyung Rhee

308

TA2.1

Analysis of Propeller-Hull Interaction Phenomena on a Self-Propelled Axisymmetric Body

Arash Eslamdoost, Jennie Andersson, Rickard Bensow, Robert Gustafsson, Marko Hyensjö

316

TA2.2

A RANS-BEM coupling procedure for calculating the effective wakes of ships and submarines

David Hally

323

TA2.3

Nominal vs. Effective Wake Fields and their Influence on Propeller Cavitation Performance

Pelle Bo Regener, Yasaman Mirsadraee, Poul Andersen

331

TA2.4

Numerical Investigation of Submarine Tail Form on the Hull Efficiency

Yasemin Arıkan Özden, Münir Cansın Özden, Fahri Çelik

338

TB2.1

The effect of propeller scaling methodology on the performance prediction

Stephan Helma, Heinrich Streckwall, Jan Richter

346

TB2.2

Scale effects of marine propellers in POT and self propulsion test conditions

Nobuhiro Hasuike1, Masafumi Okazaki1, Akinori Okazaki1, Keita Fujiyama

356

TB2.3

RANSE-based Simulation and Analysis of Scale Effects on Open-Water Performance of the PPTC-II Benchmark Propeller

Xiao-Qian Dong, Wei Li, Chen-Jun Yang, Francis Noblesse

364

TB2.4

Full scale CFD: the end of the Froude-Reynolds battle

Norbert Bulten, Petra Stoltenkamp

372

TC2.1

Application of Polar Class Rules for Fatigue to an Existing Arctic Class Icebreaker Propeller

Mohammad Asif Amin, Brian Veitch

382

TC2.2

The problem of propeller design for high ice class transportation ships

А.V. Pustoshny, G.K. Darchiev, I.G. Frolova

390

TC2.3

CFD application for an icebreaker propeller design

Mikhail P. Lobachev, Timur I. Saifullin, Andrei E. Taranov, Irina G. Frolova

398

TC2.4

Multiple propulsion unit icebreakers; the effect of fore propulsion units on icebreaker performance in open water and ice condition

Leonid Shchemelinin, Aleksander I. Malikov, Ilkka Saisto, Artur Nerman

404

TA3.1

On the advanced extrapolation method for a new type of podded propulsor via CFD simulations and model measurements

Tomi Veikonheimo, Pasi Miettinen, John Huisman

409

TA3.2

Numerical investigation into scale effect on the performance characteristics of twin-screw offshore vessels

Vladimir Krasilnikov, Lucia Sileo, Kristian Steinsvik

417

TA3.3

Conventional propellers in CRP-POD configuration. Tests and extrapolation

Ramon Quereda, Mariano Perez Sobrino, Juan Gonzalez-Adalid, Cristina Soriano

430

TB3.1

On predicting the sound from a cavitating marine propeller in a tunnel

Antti Hynninen, Jukka Tanttari, Ville Viitanen, Tuomas Sipilä

438

TB3.2

Effect of Propeller Tip Clearance on Hull Pressure Pulses

Rickard E Bensow, Robert Gustafsson

447

TB3.3

Large Eddy Simulation of Propeller in Forward Mode of Operation

Jacob Keller, Praveen Kumar, Krishnan Mahesh

455

TA4.1

A study on the numerical prediction of cavitation erosion for propellers

Onur Usta1, Batuhan Aktaş, Matthias Maasch, Osman Turan, Mehmet Atlar, Emin Korkut

466

TA4.2

Time accurate numerical cavitation erosion prediction of multiphase flow through a venturi

Batuhan Aktas, Dmitriy Ponkratov

478

TB4.1

The Upgrade of the Large Cavitation Tunnel of the Marine Technology Centre in Trondheim

Luca Savio, Lucia Sileo, Chittiappa Muthanna, Sverre Steen, Silas Spence, Kjetil Berget

485

TB4.2

Cavity Shape Measurement Using Combination-Line CCD Camera Measurement Method

Koichiro Shiraishi, Yuki Sawada, Kunihiro Hoshino

497

WA1.1

Full-Scale Measurements of Underwater Radiated Noise of a Catamaran Research Vessel

Serkan Turkmen, Mehmet Atlar, Noriyuki Sasaki

503

WA1.2

A detail computational hydro - acoustics analysis for hydrofoils with straight and wavy leading edges

Nicolaos Charalambous, Ian Eames

510

WA1.3

A Hybrid Numerical Method for Investigating Underwater Sound Propagation of Cavitating Propellers

Ulf Göttsche, Martin Scharf, Stephan Berger, Moustafa Abdel-Maksoud

520

WB1.1

Calculation of Penetrated Wake Alignments in a Three Dimensional Panel Method for the Rudder Design Process

Arne Falkenhorst, Christoph M. Steinbach

528

WB1.2

Propeller-hull interaction coefficients: classic vs alternative system

Kanevsky G.I., Klubnichkin A.M.

534

WB1.3

Prediction of the Propeller-induced Hull Pressure Fluctuation via a Potential-based Method: Study of the Rudder Effect and the Effect from Different Wake Alignment Methods

Yiran Su, Seungnam Kim, Weikang Du, Spyros A. Kinnas1, Mikael Grekula, Jan Hallander, Da-Qing Li

538

WA2.1

A Design Concept of Composite Marine Propeller for Long Stroke Slow Speed Main Engine

Hyoungsuk Lee, Jaewook Hur, Jin Hyoun Park, Zoo Hwan Hah, Min-Churl Song, Bong-Jun Chang

546

WA2.2

Coupled Numerical Simulation of an Aluminum and a Composite Hydrofoil in Steady Flow

Laetitia Pernod, Antoine Ducoin, Hervé Le Sourne, Jean-François Sigrist

553

WA2.3

Hydro-elastic analysis of a propeller using CFD and FEM co-simulation

Vesa Nieminen

562

WA2.4

Hydrodynamic design and model testing techniques for composite ship propellers

Gert-Jan Zondervan, Nicola Grasso, Wim Lafeber

568

WB2.1

Implicit Large Eddy Simulation of Tip Vortex on an Elliptical Foil

Abolfazl Asnaghi, Rickard Bensow, Urban Svennberg

576

WB2.2

RANS Simulations of Tip Leakage Vortex Cavitation Flows around NACA0009 Hydrofoil

Zhihui Liu, Benlong Wang

584

WB2.3

The Study of Tip Vortex Flow and Cavitation Inception on an Elliptical Hydrofoil

Xiaoxing Peng, Lianghao Xu, Yantao Cao

590

WB2.4

An Investigation into Computational Modelling of Cavitation in a Propeller’s Slipstream

Naz Yilmaz, Mahdi Khorasanchi, Mehmet Atlar

596

WC2.1

A generalized description of hydrodynamic parts based on aerodynamic profile sections

Eckhard Praefke, Thomas Stoye, Claus Abt

604

WC2.2

Experience with Small Blade Area Propeller Performance

Thomas Lücke, Heinrich Streckwall

610

WC2.3

Simulate the PPTC propeller with a vortex particle-boundary element hybrid method

Youjiang Wang, Moustafa Abdel-Maksoud, Peng Wang, Baowei Song

619

WC2.4

Panel method for ducted propellers with sharp and round trailing edge duct with fully aligned wake on blade and duct

Seungnam Kim, Weikang Du, Spyros A. Kinnas

627

WA3.1

Application of a BEM/RANS Interactive Method to Contra-Rotating Propellers

Yiran Su, Spyros A. Kinnas, Hannu Jukola

637

WA3.2

Numerical Investigation of Multi-Component Podded Propulsor Performance in Straight Flow

Antonio Sanchez-Caja, Timo Rauti, Karl Ramstedt, Tuomas Sipilä

644

WA3.3

Full Scale Performance Prediction Method for a Ship with ContraRotating Propellers

Yasuhiko Inukai, Jun Ando

652

WA3.4

Hybrid Design Method for a Generic Counter-Rotating Propeller

Emre Güngör

660

WB3.1

Investigation of Prediction Methods for Tip Rake Propellers

Rhena Klose, Reinhard Schulze, Katrin Hellwig-Rieck

688

WB3.2

Effective measures of eliminating propeller-hull vortex cavitation

Hongbo-Huang, Zhengqing-Dong, Qingyu-Xue, Shuquan-Huang

676

WB3.3

CFD Analysis of Scale Effects on Conventional and Tip-Modified Propellers

Keun Woo Shin, Poul Andersen

682

WB3.4

Open Water results comparison for three propellers with transition model, applying crossflow effect, and its comparison with experimental results

Moran-Guerrero Amadeo, Gonzalez-Adalid Juan, Perez-Sobrino Mariano, Gonzalez-Gutierrez Leo

690

WC3.1

A Generalised Boundary Element Method to Analyse Marine Current Turbines Hydrodynamics Including Flow Separation and Stall

Francesco Salvatore, Zohreh Sarichloo, Danilo Calcagni

698

WC3.2

Numerical Study of Propeller Ventilation

Camille Yvin, Pol Muller, Kourosh Koushan

708

WC3.3

Evaluation of Different Numerical and Analytical Strategies to Analyze a Ducted Marine Current Turbine

Bradford G. Knight, Robert Freda, Yin Lu Young, and Kevin J. Maki

715

WC3.4

Numerical Study on the Performance of a Partially Submerged Propeller in Bollard Condition

Kwang-Jun Paik

723

THA1.1

Case Study for the Determination of Propeller Emitted Noise by Experimental and Computational Methods

Lutz Kleinsorge, Sven Schemmink, Rhena Klose, Lars Greitsch

731

THA1.2

Numerical Prediction of Acoustic Noise Level Induced by Cavitation on Ship Propeller at Behind-Hull Condition

Keita Fujiyama, Yoshitaka Nakashima

739

THA1.3

The numerical prediction of the propeller cavitation and hull pressure fluctuation in the ship stern using OpenFOAM

Zheng Chaosheng

745

THB1.1

Unsteady Loads on an Azimuth Thruster in Off-Design Conditions

Patrick Schiller, Keqi Wang, Michael Palm, Moustafa Abdel-Maksoud

750

THB1.2

The optimization of podded propeller and its azimuthing hydrodynamic performance

Shucheng Zhai, Jian Zhou, Yixing Jin

758

THB1.3

Dynamic versus static CFD of Azipod® oblique flow hydrodynamic loads

Mika Nuutinen, Pasi Miettinen

762

THA2.1

Influence of Hydrodynamic Interaction between Ducted Propellers and Struts on Performance of Azimuth Thrusters

Isao Funeno

771

THA2.2

Long Tunnel Configurations for High Efficiency Thrusters

Stefano Brizzolara, Enrico Bruno Brizzolara

778

THA2.3

Prediction of the Open-Water Performance of Ducted Propellers With a Panel Method

J. Baltazar, D. Rijpkema, J.A.C. Falcão de Campos, J. Bosschers

786

THB2.1

Validation of a steady BEM-FEM coupled simulation with experiments on flexible small scale propellers

Pieter Maljaars, Nicola Grasso, Mirek Kaminski, Wim Lafeber

795

THB2.2

The influence of bend-twist coupling on the dynamic response of cavitating composite hydrofoils

B.W. Pearce, P.A. Brandner, N. Garg, Y.L. Young, A.W. Phillips, D.B. Clarke

803

THB2.3

Effect of material design parameters on the forced vibration response of composite hydrofoils in air and in water

Andrew W Phillips, Russell Cairns, Claire Davis, Patrick Norman, Paul A. Brandner, Bryce W. Pearce, Yin Lu Young

813

THB2.4

Experimental Measurements and Inverse Modeling of the Dynamic Loads and Vibration Characteristics of a Surface-Piercing Hydrofoil

Casey Harwood, Jacob Ward, Mario Felli, Massimo Falchi, Steven Ceccio, Yin Lu Young

823

THC2.1

Development of numerical methods for marine propeller - pre-swirl stator system design and analysis

Przemysław Król, Tomasz Bugalski, Michał Wawrzusiszyn

832

THC2.2

Development of the Wärtsilä EnergoFlow: An innovative energy saving device

Anton Voermans

839

THC2.3

Numerical Study of Propeller Diameter Effects for a Self-Propelled Conventional Submarine

Daniel Norrison, Kristian Petterson, William Sidebottom

848

THC2.4

Four Quadrant Thrust and Torque Prediction of INSEAN E-1619 Generic Submarine Propeller for Submarine Maneuvering Simulations

Sinan Burunsuz, M. Cansın Özden, Yasemin Arıkan Özden, Ismail Hakkı Helvacıoğlu

856