MA1.1

Prediction of cavitation erosion by detached eddy simulation and its validation against model and ship scale results

Dmitriy Ponkratov, Alejandro Caldas

1

MA1.2

Estimation of Cavitation Erosion Intensity Using CFD: Numerical Comparison of Three Different Methods

Claes Eskilsson, Rickard E. Bensow

9

MA1.3

Experimental and Numerical Study of Cavitation Erosion Resistance of a Polyurea Coating Layer

Jin-Keun Choi, Georges L. Chahine

18

MB1.1

Propeller optimization using an unsteady Boundary-Element Method

Evert-Jan Foeth

29

MB1.2

High-fidelity Hydrodynamic Shape Optimization of a 3-D Morphing Hydrofoil

Nitin Garg, Zhoujie Lyu, Tristan Dhert, Joaquim Martins, Yin Lu Young

36

MB1.3

Fully Numerical Lifting Line Method for Optimum Propeller Design

Giovani Diniz, Stefano Brizzolara

49

MA2.1

Analysis of Propulsion Performance of KVLCC2 in Waves

Bhushan Taskar, Sverre Steen

63

MA2.2

Effect of turbulence models on RANSE predictions of transient flow over blade sections

Luca Bonfiglio, Stefano Brizzolara

73

MA2.3

APotential theory based simulations of unsteady propeller forces including free surface effects

Martin Greve, Moustafa Abdel-Maksoud

88

MB2.1

Proposal and Fundamental Experiments on Duct-shaped Water Wheel without Rotating Blades

Kazuo Suzuki, Yuki Mihara, Hiroshi Kiso, Takahiko Ito

90

MB2.2

Simulating Biomimetic Propulsors under spring loading and/or active control for the pitching motion of the wings

Vasileios Tsarsitalidis, Gerasimos Politis

104

MB2.3

A New Family of Dual-mode Super-Cavitating Hydrofoils

Stefano Brizzolara

113

MA3.1

Effects of Nozzle Types on Performance of Bubble Augmented Waterjet Propulsion

Xiongjun Wu, Jin-Keun Choi, Abigail Nye, Georges Chahine

122

MA3.2

Powering for Medium Speed Wave-Piercing Catamarans comparing Waterjet and Screw Propeller Performance using Model Testing

Iwan Mustaffa Kamal, Konrad Zürcher, Neil Bose, Jonathan Binns, Shuhong Chai, Gary Davidson

135

MA3.3

Waterjet Propulsion and Negative Thrust Deduction

Arash Eslamdoost, Lars Larsson, Rickard Bensow

146

MB3.1

Hydro-elastic Analysis of Flexible Propellers: An Overview

Pieter Maljaars, Mirek Kaminski

154

MB3.2

Passive Vibration Control of Flexible Hydrofoils using Piezoelectric Material

Chenyang Li, Eun Jung Chae, Yin Lu Young, Xiaolin Wang, Silas Alben

167

MB3.3

A Numerical Study on the Hydro-elastic Behavior of Composite Marine Propeller

Hyoungsuk Lee, Min-Churl Song, Jung-Chun Suh, Myung-Chan Cha, Bong-Jun Chang

178

MA4.1

Influence of the Turbulence Closures for the Wake Prediction of a Marine Propeller

Emmanuel Guilmineau, Gan Bo Deng, Alban Leroyer, Patrick Queutey, Michel Visonneau, Jeroen Wackers

185

MA4.2

Influence of Flow Transition on Open and Ducted Propeller Characteristics

Anirban Bhattacharyya, Jan Clemens Neitzel, Sverre Steen, Moustafa Abdel-Maksoud, Vladimir Krasilnikov

193

MA4.3

Direct Numerical Simulation of the laminar to turbulent transition on a hydrofoil

Antoine Ducoin, Jean-Christophe Loiseau, Jean-Christophe Robinet

202

MA4.4

Analysis of Marine Propulsor in Crashback using Large Eddy Simulation

Praveen Kumar, Krishnan Mahesh

210

MB4.1

Single screw ships radiated noise measurements in model and full scale

Giorgio Tani, Michele Viviani, Tomaso Gaggero, Adriana Cosentino, Enrico Rizzuto

219

MB4.2

Evaluation of Propeller Virtual Mass and Damping Coefficients by URANS-method

Jussi Martio, Antonio Sánchez-Caja, Timo Siikonen

228

MB4.3

Use of Acoustic Analogy for Marine Propeller Noise Characterisation

Artur Lidtke, Stephen Turnock, Victor Humphrey

241

MB4.4

On the full scale and model scale cavitation comparisons of a Deep-V catamaran research vessel

Roderick Sampson, S. Turkmen, Batuhan Aktas, W. Shi, P. Fitzsimmons, Mehmet Atlar

250

TA1.1

A study on the model test and analysis method for Energy Saving Devices with local measurement system

Younmo Lee, Myung-Ryoon Han, Seokcheon Go

261

TA1.2

Prediction of Steady Performance of Contra-Rotating Propellers with Rudder

Yasuhiko Inukai, Takashi Kanemaru, Jun Ando

269

TA1.3

Introduction of Side-Intake Marine Impulse Thruster and Its Analysis from the Fundamentals

James Huan

277

TB1.1

Validation of ship scale CFD self-propulsion simulation by the direct comparison with sea trial results

Dmitriy Ponkratov, Constantinos Zegos

289

TB1.2

Validation of a Propeller Model for Maneuvering Applications

J.Ezequiel Martin, Alireza Mofidi, Thad Michael, Pablo Carrica

300

TB1.3

Propeller analysis using RANS/BEM coupling accounting for blade blockage

David Hally

308

TA2.1

Numerical and Experimental Investigation of Performance of the Asymmertric Pre-swirl Stator for Container Ship

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

318

TA2.2

A Full Scale CFD Analysis of the Twin Fin Propulsion System

Tobias Huuva, Simon Törnros

324

TA2.3

Towards Practical Design Optimisation of Pre-Swirl Device and its Life Cycle Assessment

Yan Xing-Kaeding, Scott Gatchell, Heinrich Streckwall

331

TB2.1

Cavitating flow calculations for E779A propeller in Open-Water and in-Behind Conditions: Code comparison and Solution Validation

Guilherme Vaz, David Hally, Tobias Huuva, Norbert Bulten, Pol Muller, Paolo Becchi, Jose Herrer, Stewart Whitworth, Romain Mae, Andrei Korsstrom

344

TB2.2

Influence of the Numerical Propulsion Modelling on the Velocity Distribution behind the Propulsion Device and Manoeuvering Forces

Jan Clemens Neitzel, Markus Pergande, Stephan Berger, Moustafa Abdel-Maksoud

361

TB2.3

Integrated Design of Asymmetric Aftbody and Propeller for an Aframax Tanker to Maximize Energy Efficiency

Jie Dang, Chen Hao, Luis Rueda, Harry Willemsen

371

TA3.1

A Calculation Method Based on QCM for Characteristics of Propeller with Energy Saving Duct in Steady Ship's Wake

Koichiro Shiraishi, Koichi Koyama, Hikaru Kamiirisa

382

TA3.2

Development of hub caps fitted with PBCF

Markus Druckenbrod, K. Wang, L. Greitsch, H.-J. Heinke, Moustafa Abdel-Maksoud

393

TA3.3

Optimization of the Propeller with ECO-Cap by CFD

Kenta Katayama, Yoshihisa Okada, Akinori Okazaki

401

TB3.1

Numerical Simulation of Propeller-Rudder Interaction for Cavitating and Non-Cavitating Flows Using Different Approaches

Stephan Berger, Martin Scharf, U. Gottsche, Jan Clemens Neitzel, R. Angerbauer, Moustafa Abdel-Maksoud

408

TB3.2

The Effect of Tip Rake on Propeller Open Water Efficiency and Propulsive Efficiency

Akinori Okazaki, Shosaburo Yamasaki, Yasutaka Kawanami, Yoshitaka Ukon, Jun Ando

420

TA4.1

Hydrodynamic and Hydroacoustic analysis of a marine propeller wake by TOMO-PIV

Mario Felli, Massimo Falchi, Giulio Dubbioso

429

TA4.2

PIV as a Novel Full-Scale Measurement Technique in Cavitation Research

Andre Kleinwächter, Katrin Hellwig-Rieck, Eric Ebert, Robert Kostbade,Hans-Jürgen Heinke, Nils Andreas Damaschke

442

TA4.3

An Extrapolation Method Suitable for Scaling of Propellers of any Design

Stephan Helma

452

TB4.1

Viscous flow simulations of propellers in different Reynolds number regimes

Douwe Rijpkema, Joao Baltazar, Jose Falcao de Campos

466

TB4.2

Large Eddy Simulation of a Cavitating Propeller Operating in Behind Conditions with and without Pre-Swirl Stators

Rickard Bensow

478

TB4.3

A Novel Four-Quadrant Propeller Model

Andreas Häusler, Alessandro Saccon, John Hauser, António Pascoal, António Aguiar

498

TB4.4

A Viscous Vorticity Method for Propeller Tip Flows and Leading Edge Vortex

Ye Tian, Spyros A. Kinnas

506

WA1.1

The Effect of Sheet Cavitation on the Blade Spindle Torque of a Controllable Pitch Propeller “SQCM”

Aibing Liu, Jie Dang, Qingcheng Xie, Juxi Hu

WA1.2

Numerical Analysis of Tip Vortex Cavitation on Marine Propeller Using a Simple Surface Panel Method “SQCM”

Takashi Kanemaru, Jun Ando

517

WA1.3

Numerical investigations of a cavitating propeller in non-uniform inflow

Mitja Morgut, Dragica Jošt, Enrico Nobile, Aljaž Škerlavaj

526

WB1.1

Experimental Analysis of Strains and Vibratory Response of a Flexible Foil

Alexandra Lelong, Jacques André Astolfi

534

WB1.2

Measurements of the deflection of a flexible propeller blade by means of stereo imaging

Luca Savio

543

WB1.3

Experimental Study of Wake Fields of a Horizontal Axis Tidal Stream Turbine Model in Various Loading Conditions

Jeonghwa Seo, Seong Taek Park, Seung-Jae Lee, Shin Hyung Rhee

556

WA2.1

Methods for cavitation prediction on tip-modified propellers in ship wake fields

Keun Woo Shin, Pelle Regener, Poul Andersen

564

WA2.2

Numerical Investigation of a Cavitating Model Propeller Including Compressible Shock Wave Dynamics

Bernd Budich, Steffen Schmidt, Nikolaus Adams

572

WA2.3

Simulation of Sheet and Tip Vortex Cavitation on a Rotating Propeller Using a Multiscale Two-Phase Flow Model

Chao-Tsung Hsiao, Jingsen Ma, Georges Chahine

584

WB2.1

Potential Flow Modelling of Ducted Propellers With a Panel Method

Joao Baltazar, Jose Falcao de Campos, Johan Bosschers

595

WB2.2

Scale Effects on a 4-Bladed Propeller Operating in Ducts of Different Design in Open Water

Anirban Bhattacharyya, Vladimir Krasilnikov, Sverre Steen

604

WA3.1

Vortex Structure Characterization of Tip-Loaded Propellers

Michael Brown, Elias Balaras, Seth Schroeder

612

WA3.2

A Design by Optimization of Tip Loaded Propellers

Stefano Gaggero, Michele Viviani, Juan Gonzales Adalid, Mariano Perez Sobrino, Giulio Gennaro, Mattia Sanguinetti, Gianluca Bina

621

WA3.3

Prediction of Performance of Tip loaded Propellers via a Panel Method

Yiran Su, Spyros A. Kinnas

633

WB3.1

Application of various computational methods to predict the performance and cavitation of ducted propellers

Joost Moulijn

639

WB3.2

A Panel method for the Prediction of Performance of Ducted Propellers

Hongyang Fan, Ye Tian, Spyros Kinnas

652

WB3.3

Analysis of ducted propellers by combining potential flow with RANS methods

Johan Bosschers, Chris Willemsen, Adam Peddle, Douwe Rijpkema

660

WA4.1

Numerical Simulation of Ship Hull Pressure Fluctuation Induced by Cavitation on Propeller with Capturing the Tip Vortex

Keita Fujiyama

671

WA4.2

Marine propeller acoustic modelling: comparing CFD results with an acoustic analogy method

Thomas Lloyd, Douwe Rijpkema, Erik van Wijngaarden

678

WA4.3

Mechanism about Change of Pressure Fluctuation of Marine Propeller Running in Bubbly Flow

Chiharu Kawakita

690

WA4.4

Underwater radiated noise investigations of cavitating propellers using medium size cavitation tunnel tests and full-scale trials

Batuhan Aktas, Serkan Turkmen, Roderick Sampson, Weichao Shi, Patrick Fitzsimmons, Emin Korkut, Mehmet Atlar

698

WB4.1

Investigation of the propeller slip stream over a Azipod propulsor by PIV measurements and CFD simulations

Andrei Korsstrom, Pasi Miettinen, Satu Hänninen, Keijo Hanhirova

710

WB4.2

Investigation into the Influence of Reynolds Number on Open Water Characteristics of Pod Propulsors

Vladimir Krasilnikov, Lucia Sileo, Tae-Hwan Joung

721

WB4.3

RANS simulations of cavitating azimuthing thrusters

Maarten Bijlard, Norbert Bulten

734

WB4.4

Investigation of Azipod thruster with nozzle performance by CFD simulations and experiments

Pasi Miettinen, Mikael Lindfors

744

Workshop

Proceedings of the Second Workshop on Cavitation and Propeller Performance

Edited by: S. Kinnas, M. Abdel-Maksoud,U. Barkmann, L. Lübke, Y. Tian