MA1.1

Potential Flow Modelling of Ducted Propellers with Blunt Trailing Edge Duct Using a Panel Method

Joao Baltazar, Jose Falcao de Campos

I-1

MA1.2

A 3D Flow Separation Model for Open Propellers with Blunt Trailing Edges

Weikang Du, Spyros A. Kinnas

I-10

MA1.3

Large Eddy Simulation of flow over a confined elliptic hydrofoil

Praveen Kumar, Krishnan Mahesh

I-20

MB1.1

DA computational analysis of a marine propeller with tubercle and its contribution in reducing sheet cavitation

Nicolaos Charalambous, Ian Eames

I-27

MB1.2

Tip Geometry Effects on Performance and Erosion for Tip Rake Propellers

Luis Felipe Sánchez Castro, Heinrich von Zadow, Florian Vesting

I-35

MB1.3

Design of Biomimetic propulsors; advances and considerations on practical issues

Vasileios Tsarsitalidis, Gerasimos Politis

I-43

MA2.1

The importance of a non-deterministic design optimization for predicting real-life propeller performances

Kevin Vidal, Leo Poppelier, Benoit Mallol, Charles Hirsch

I-50

MA2.2

Remodeling the B-series geometry in a CAD environment

Evert-Jan Foeth, Menno Deij-van Rijswijk

I-62

MA2.3

Marine Propeller Optimization Design

Kang Han, Chao Wang

I-71

MA2.4

Surprising behaviour of the Wageningen B-screw Series polynomials

Stephan Helma

I-79

MB2.1

Review of Cyclic Varying Pitch Propeller for Commercial Vessels

Uffe Sjølund Freiberg, Torben Ole Andersen, Jens Ring Nielsen

I-107

MB2.2

Experimental Study of Six-Component Forces on Surface Piercing Propeller in Uniform Flow

Jian Zhou, Lin-Zhang Lu, Wei Rui, Shu-Cheng Zhai

I-118

MB2.3

On the development and verification of diffused endplate propeller

Young-Zehr Kehr, Huan-Jia Xu, Jui-Hsiang Kao

I-123

MB2.4

MCoupled Numerical Simulation and Modal analysis of Composite Ducted Propeller

Xiaoyi An, Baowei Song, Hui Xia, Yongle Ding, Zhihui Jin, Larry Lessard

I-130

MA3.1

Tip vortex cavitation inception estimation at an industrial level

Urban Svennberg, Daniel Ahl, Abolfazl Asnaghi

I-138

MA3.2

CFD Analysis of Ship Propeller Thrust Breakdown

Keun Woo Shin, Poul Andersen

I-144

MA3.3

A Lagrangian analysis of scale effects on sheet cavitation inception

Martijn van Rijsbergen

I-153

MA3.4

Investigation of propeller cavitation using compressible large eddy simulations

Krishnan Mahesh, Mrugank Bhatt

I-162

MB3.1

Numerical Study of Hull Pressure Fluctuation with Energy Saving Device PSV

Shucheng Zhai, Dengcheng Liu, Yongbo Hang

I-171

MB3.2

Energy Balance Analysis using RANS-BEM coupling

David Hally

I-177

MB3.3

Experimental determination of Hydrodynamic loads on Wartsila preswirl stator EnergoFlow and validation of a prediction methodology for design loads

Anton Voermans

I-185

MB3.4

The Dynamics Performance of a Rotating Frustum of a cone

Jiangping Hu, Yanxia Wang, Jinfang Wei, Jingpu Chen

I-192

MA4.1

Experiments and CFD for DARPA Suboff Appended with Propeller E1658 Operating Near the Surface

Lianzhou Wang, J. Ezequiel Martin, Pablo M. Carrica, Mario Felli, Massimo Falchi

I-198

MA4.2

Comparison between LDA measurements and CFD predictions of a wake behind a frigate hull form and propeller

William Batten, James Alderton, Kim Lake, Richard Pattenden

I-207

MA4.3

Instability identification within ship propeller wakes

Shakeel Ahmed, Paul Croaker, Con Doolan

I-215

MB4.1

The impact of propulsion factors on vessel performance in waves

Bhushan Taskar, Pelle Bo Regener, Poul Andersen

I-222

MB4.2

Thrust Losses and Dynamic Loads on a Ducted Pushing Thruster in Regular Waves

Vladimir Krasilnikov, Nabila Berchiche, Kourosh Koushan

I-230

MB4.3

Simulation of propeller flow during stopping and crashback maneuvers using hybrid RANS-LES methods

Markus Pergande, Moustafa Abdel-Maksoud

I-244

TA1.1

The necessity of accurate prediction of cavitation behaviour for fuel efficient propellers

Themistoklis Melissaris, Norbert Bulten, Iulia Oprea

I-252

TA1.2

Development of Supercavitation over a Body in a Duct Flow

Lotan Arad-Ludar, Alon Gany

I-260

TA1.3

On the Relation between the Potential Cavity Energy and the Acoustic Power Signature caused by Periodic Vapor Cavity Collapses

Sören Schenke, Themistoklis Melissaris, Tom Van Terwisga

I-266

TA1.4

Prediction of Unsteady Developed Tip Vortex Cavitation and its Effect on the Induced Hull Pressures

Seungnam Kim, Spyros A. Kinnas

I-274

TB1.1

Numerical investigation of pressure pulse predictions for propellers mounted on an inclined shaft

Muye Ge, Urban Svennberg, Rickard E. Bensow

I-284

TB1.2

Development of Tunnel Thruster Series Propellers for Low Noise and Vibration

Jie Dang, Do Ligtelijn

I-292

TB1.3

Prediction of the Propeller Performance at Different Reynolds Number Regimes with RANS

Joao Baltazar, Douwe Rijpkema, José Falcão de Campos

I-303

TB1.4

Effect of Gap Flow Model on Hydrodynamic Performance of Pump jet Propulsor

Kaiqiang Weng, Chao Wang

I-315

TA2.1

Acoustic modelling of a propeller subject to non-uniform inflow

Artur K Lidtke, Thomas Lloyd, Guilherme Vaz

I-323

TA2.2

Acoustic Characteristics of Cavitating Flow around a Twisted Hydrofoil

Yantao Cao

I-333

TA2.3

Hydroacoustical Calculations on a Generic Underwater Vehicle Using Lighthill-Curle Formulations

Emre Güngör

I-337

TA2.4

Generation and propagation of noise from cavitating marine propellers

Kostas Belibassakis, Gerasimos Politis

I-344

TB2.1

Reynolds Stress Transition Modeling for Marine Propellers at Low Reynolds Number

John Webster, Wayne Neu, Stefano Brizzolara

I-352

TB2.2

Evaluation of performance and acoustic signature of flexible marine propellers under consideration of fluid-structure interaction by means of partitioned simulation

Tobias Lampe, Lars Radtke, Ulf Göttsche, Alexander Düster, Moustafa Abdel-Maksoud

I-361

TB2.3

Towing Tank Model Tests for Propulsive Performance Analysis of a Waterjet Propelled Amphibious Vehicle

Jeonghwa Seo, Hoe-Seong Jeong, Kyogun Chang, Jongyeol Park, Shin Hyung Rhee

I-369

TB2.4

Mutual Interference Research on Propeller Bearing Force Caused by Propellers Distribution

Shuai Sun, Jiangbo Zhu, Chunyu Guo, Chao Wang, Yuan Zhang

I-377

TA3.1

Pattern Recognition in Hydroacoustic Cavitation Measurements

Christian Krueger, Sascha Spors, Andreas Wolter

I-381

TA3.2

Data driven models for propeller cavitation noise in model scale

Fabiana Miglianti, Giorgio Tani, Michele Viviani, Francesca Cipollini, Luca Oneto

I-387

TA3.3

Mechanism of low-frequency broadband noise by cavitating tip-vortices on marine propellers

Johan Bosschers

I-395

TA3.4

Evaluation of Underwater Sound Propagation of a Catamaran with Cavitating Propellers

Ulf Göttsche, Tobias Lampe, Martin Scharf, Moustafa Abdel-Maksoud

I-403

TB3.1

Study on Propulsion Performance according to Variation of Rake Distribution at Propeller Tip

Jin Gu Kang, Moon Chan Kim, Hyeon Ung Kim, I Rok Shin

I-411

TB3.2

Aileron Induced Unbalanced Torque Compensation Using Contra-rotating Dynamic Motor Control for an AUV CRP

İlkay Özyiğit, Emre Güngör

I-417

TB3.3

Vortex Model of Ideal Guide Vane and its Application to the Real Guide Vane

Przemysław Król

I-424

TB3.4

Critical values of Rn defining transitional flow to be applied in the extrapolation of Open Water Test (OWT) of unconventional tip shaped propellers

Ramon Quereda

I-431

TA4.1

Morphing Hydrofoil Model Driven by Compliant Composite Structure and Cavity Pressure

Fatiha Mohammed Arab, Benoit Augier, Francois Deniset, Pascal Casari, Jacques Andre Astolfi

I-436

TA4.2

Coupled Modal Simulation of a Composite Propeller Blade Subjected to Steady and Dynamic Loading

Ramona B Barber, Antoine Ducoin, Stuart J Wildy, John D Codrington, Alban Leroyer

I-444

TA4.3

Investigation of a Marine Water-Breathing Ramjet Propulsor

Nachum E. Eisen, Alon Gany

I-452

TB4.1

Full Scale Measurement of the Flow Field at The Stern by Using Multi-Layered Doppler Sonar(MLDS)

Yasuhiko Inukai

I-458

TB4.2

Experimental investigation of propeller performance in straight and steady drift motion by single blade load measurements and boroscope-based SPIV

Alessandro Capone, Dubbioso Giulio, Francisco Pereira, Fabrizio Ortolani, Alessandro Maiocchi, Roberto Camussi, Fabio Di Felice

I-465

TB4.3

Synchronized Multi-camera and LED-illumination system for multi perspective cavitation observation and 3D reconstruction

Eric Ebert, Nils Damaschke

I-473

WA1.1

Numerical Analysis of Hull-Propeller and Free Surface Interaction at Model- and Full-Scale

Wenyu Sun, Shiliang Hu, Jia Su, Jinfang Wei, Guofu Huang

II-1

WA1.2

Application of Control Volume Energy Balance for Analysing Propeller-Hull Interaction in Presence of Free-surface

Arash Eslamdoost, Jennie Andersson, Rickard Bensow, Marko Vikström

II-9

WA1.3

The Effect of Rudder Existence on the Propeller Eccentric Forces

Gi-Su Song, Tae-Goo Lee, Hyoung-Gil Park

II-18

WA1.4

Scale Effect of Gate Rudder

Noriyuki Sasaki, Mehmet Atlar

II-26

WB1.1

Hydroelastic Analysis of 3D Printed Marine Propeller Working at Low Reynolds Number

Suraj A Pawar, Stefano Brizzolara

II-32

WB1.2

The Coupling of Blade Element Momentum Theory and a Transient Timoshenko Beam Model to Predict Propeller Blade Vibration Response

Nicholas McCaw, Steven Turnock, William Batten

II-40

WB1.3

Parametric analysis of the dynamic elastic response of composite hydrofoils and airfoils

Deniz Tolga Akcabay, Yin Lu Young

II-49

WB1.4

Direct Numerical Simulation of Transition Induced Vibration over Flexible Marine Propeller Sections

Sijo George, Antoine Ducoin, Jacques Andre Astolfi

II-58

WA2.1

Numerical Viscous Flow Simulations of Cavitating Propeller Flows at Different Reynolds Numbers

Ville Viitanen, Timo Siikonen, Antonio Sanchez-Caja

II-66

WA2.2

Hydrodynamic Performance and Hysteresis Response of Hydrofoils in Ventilated Flows

Alexandra Damley-Strnad, Casey M. Harwood, Yin Lu Young

II-81

WA2.3

A Stochastic Approach to Cavitation Inception Prediction

Mehedi Bappy, J. Ezequiel Martin, Jiajia Li, Gustavo C Buscaglia, Pablo M Carrica

II-91

WA2.4

Cavitation Effects on Blade Spindle Torque of Controllable Pitch Propellers in Open Water

Isao Funeno

II-99

WB2.1

Construction and Analysis of Response Surface between Blade Shape and Propeller Characteristics using Multivariate Chebyshev Approximation

Daijiro Arakawa, Koichiro Shiraishi, Jun Ando

II-107

WB2.2

Influence of the Reynolds Number on the Open Water Characteristics of Propellers with Short Chord Length

Lars Ole Lübke, Katrin Hellwig-Rieck, Hans-Jürgen Heinke

II-117

WB2.3

Transitional flow on model scale propellers and their likely influence on performance prediction

Da-Qing Li, Per Lindell, Sofia Werner

II-125

WB2.4

Validation studies of a boundary element method for ducted propellers

Joost Moulijn, Johan Bosschers, Simon Tornros, Carlo Schreiber, Davide Grassi, Izak Goedbloed, Maarten Bijlard

II-139

WA3.1

Automated self-propulsion point search algorithm for ship performance CFD simulations

Mika Antero Nuutinen

II-150

WA3.2

Computational Modeling of Turbulent Flows on the Tip Vortex of a Marine Propeller's Blade

Liad Paskin, Michel Visonneau, Emmanuel Guilmineau, Jeroen Wackers

II-159

WA3.3

A High-order Sliding-Mesh Spectral Difference Method with Application to Simulation of Flows around Open Propellers

Bin Zhang, Roland Yu, Chunlei Liang

II-168

WB3.1

Suppression of Tip Vortex Cavitation noise using PressurePoresTM technology: A numerical and experimental investigation

Batuhan Aktas, Naz Yilmaz, Mehmet Atlar, Noriyuki Sasaki, Patrick Fitzsimmons, David Taylor

II-173

WB3.2

Round Robin Test on Radiated Noise of a Cavitating Propeller

Giorgio Tani, Michele Viviani, Mario Felli, Frans Hendrik Lafeber, Thomas Lloyd, Batuhan Aktas, Mehmet Atlar, Hanshin Seol, Jan Hallander, Nobuaki Sakamoto, Hikaru Kamiirisa

II-185

WB3.3

Numerical prediction of ship propeller noise through acoustic analogy

Marta Cianferra, Andrea Petronio, Vincenzo Armenio

II-196

WA4.1

3D Simulations of Cavitation Bubble Breakup over a Lifting Surface

Chao-Tsung Hsiao

II-202

WA4.2

The Numerical Simulation of Propeller Cavitation Benchmark Tests of Yupeng Ship Model

Chaosheng Zheng, Dengcheng Liu, Hongbo Huang

II-211

WA4.3

A Practical Calculation Method of Pressure Fluctuation Induced by Cavitating Propeller Using a Simple Surface Panel Method “SQCM”

Takashi Kanemaru, Daijiro Arakawa, Yuki Sawada, Koichiro Shiraishi, Jun Ando

II-216

WB4.1

A hybrid calculation concept for single and multi-component propulsors

Stefan Krüger, Youjiang Wang, Martin Scharf, Moustafa Abdel-Maksoud

II-224

WB4.2

A 3-D VIScous Vorticity Equation (VISVE) Method Applied to Flow Past a Hydrofoil of Elliptical Planform and a Propeller

Chunlin Wu, Spyros A. Kinnas

II-232

WB4.3

Hydrodynamic Performance Prediction Method for the Ducted Contra-Rotating Propeller

Haopeng Cai, Chengpeng Hao, He Zhang

II-252

WB4.4

A Data-Driven Multi-Degree of Freedom Body Force Propeller Model for Maneuvering

Bradford G. Knight, Kevin J. Maki

II-259

THA1.1

Roughness Effects on the Tip Vortex Strength and Cavitation Inception

Abolfazl Asnaghi, Urban Svennberg, Robert Gustafsson, Rickard E. Bensow

II-267

THA1.2

Cavitation Erosion Resistance Evaluation of Anti-erosion Coatings in Cavitation Tunnel

Hyoungsuk Lee, Sunghoon Kim, Heeyoung Choi, Sukjeong Lee, Bugeun Paik

II-274

THA1.3

Erosion Control for Highly Efficient Propellers Using a Boundary Element Method Coupled with a Bubble Dynamics Model

Stephan Berger, Yasaman Mirsadraee, Shin Keun Woo, Rasmus Møller Bering

II-282

THA1.4

An Experimental Study to Investigate Cavitation Noise Characteristics and Cavitation Erosion, Using Water Jet Test Technique

Onur Usta, Çağatay Sabri Köksal, Emin Korkut

II-295

THB1.1

Duct-type ESD: a design application using RANSE-based SBDO

Francesco Furcas, Stefano Gaggero, Diego Villa

II-303

THB1.2

Design and Numerical and Experimental Investigation of Pre-Swirl Stators PSS

Vladimir Krasilnikov, Kourosh Koushan, Marco Nataletti, Lucia Sileo, Silas Spence

II-315

THB1.3

Pre-Swirl Fins Adapted to Different Operation Conditions

Jens Ring Nielsen, Wei Jin

II-330

THB1.4

A Method to Predict Full Scale Performance of the Propeller Boss Cap Fins (PBCF)

Koyu Kimura, Satoko Ando, Shirou Ono, Yoshikazu Tanaka

II-339

THA2.1

CFD-DEM-MBD Coupling to Study Ice Impacts on Propellers in Arctic Regions

Morteza Heydari, Hamid Sadat, Seifollah Nasrazadani

II-346

THA2.2

The Numerical Analysis of Influence of the Hull Heave Motion on the Propeller Exciting Force Characteristics

Liang Li, Bin Zhou, Dengcheng Liu, Chaosheng Zheng

II-355

THA2.3

Particular Model Propeller Behaviour in EFD & CFD

Thomas Lücke

II-363

THA2.4

A comparison of physical and numerical modelling of homogenous isotropic propeller blades

Luca Savio, Lucia Sileo, Sigmund Kyrre Aas

II-372

THB2.1

A Method for Rudder Force Calculation in the Design Process Considering Rudder-Propeller-Interaction

Björn Carstensen

II-381

THB2.2

Analysis of the influence of an upstream rudder over the wake features of a submarine propeller

Antonio Posa, Riccardo Broglia, Elias Balaras

II-388

THB2.3

A generalised hybrid RANSE/BEM approach for unsteady flow effects in hull/propeller interaction

Danilo Calcagni, Alessandro Capone, Fabrizio Ortolani, Riccardo Broglia, Giulio Dubbioso, Francisco Pereira, Francesco Salvatore, Fabio Di Felice

II-396

THB2.4

Numerical Investigations of Propeller-Rudder-Hull Interaction in the Presence of Tip Vortex Cavitation

Naz Yilmaz, Batuhan Aktas, Savas Sezen, Mehmet Atlar, Patrick Fitzsimmons, Mario Felli

II-407

THA3.1

Measurements of the hydro-elastic behaviour of flexible composite propellers in nonuniform flow at model and full scale

Nicola Grasso, Rink Hallmann, Thomas Scholcz, Gert-Jan Zondervan, Pieter Maljaars, Rogier Schouten

II-414

THA3.2

An Experimental Study on Hydrodynamic Performance of Flexible Composite Model Propellers

Chiharu Kawakita

II-424

THA3.3

A Study on Deformation Measurements and Hydrodynamic Investigation of the Flexible Composite Marine Propeller

Koichiro Shiraishi, Yuki Sawada, Daijiro Arakawa, Koyu Kimura

II-363

THA3.4

Study on Method to Predict Performance of Composite Propeller Using FSI Analysis

Nozomi Suyama, Satoshi Fujita, Koyu Kimura, Koichiro Shiraishi, Yuki Sawada, Chiharu Kawakita

II-437

THB3.1

Developing the high efficiency propeller with optimization of skeg profile for twinscrew LNG carrier

Yasuhiro Tendo, Yoshihisa Okada, Akinori Okazaki

II-445

THB3.2

On the benefits of metallic additive manufacturing for propellers

Pol Muller, Guillaume Rückert, Patrice Vinot

II-453

THB3.3

Propeller Optimization for a single screw ship using BEM supported by cavitating CFD

Simon Törnros, Olof Klerebrant, Emrah Korkmaz, Tobias Huuva

II-461

THB3.4

A New Design Method for Ship Propellers with Prescribed Circulation Distributions Based on the Vortex Lattice Lifting-Surface Model

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

II-468

THA4.1

Investigation of single propeller blade loads during turning motion by free running maneuvering model tests

Fabrizio Ortolani, Giulio Dubbioso

II-475

THA4.2

A Numerical Study on the Propeller Performance by the Ship Motion in Regular Head Waves

Yoon-Ho Jang, Myeong-Jin Eom, Hyun-Woo Shin, Kwang-Jun Paik

II-485

THA4.3

Propeller Roughness and its Effects on Required Freight Rate

John C Daidola

II-496

THB4.1

Numerical Design of the Forces Generated by a Collective and Cyclic Pitch Propeller - Force Magnitude and Phase Shift

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

II-504

THB4.2

Hydrodynamic Performance of a New Type of Ducted Propeller Operating in Oblique Flow

Hui Xia, Peng Wang, Xiaoyi An, Yongle Ding, Zhihui Jin, Shiyu Han

II-512

THB4.3

CRP propulsion system for merchant ships. Past, present and future

Ramon Quereda

II-519