Homepage of the series of symposiums on marine propulsors
Proceedings of the Second International Symposium on Marine Propulsors - smp’11
15 – 17 June 2011, Hamburg, Germany
Edited by: Moustafa Abdel-Maksoud
ISBN (printed proceedings): 978-3-86342-236-3
© smp chair committee (Kourosh Koushan and Sverre Steen)
Publisher: Institute for Fluid Dynamics and Ship Theory (FDS) - Hamburg University of Technology (TUHH), German Society for Maritime Technology (STG)
www.tu-harburg.de/fds www.stg-online.org
Organised by:
- Institute for Fluid Dynamics and Ship Theory (FDS) - Hamburg University of Technology (TUHH)
- German Society for Maritime Technology (STG)
Sponsored by:
Table of contents
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Session WA1 – Propulsion 1 |
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Large Area Propellers Daniel Knutsson, Lars Larsson |
1 |
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Unsteady Viscous/Inviscid Coupling Approaches for Propeller Flow Simulations Katja Wöckner, Martin Greve, Martin Scharf, Thomas Rung, Moustafa Abdel-Maksoud |
8 |
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Propulsion Enhancements for a Greener Environment D. Hafermann, J. Marzi |
16 |
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Session WA2 – Propulsion 2 |
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Prediction of Speed Loss of a Ship in Waves Zhenju Chuang, Sverre Steen |
24 |
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Double-Ended Ferries – Propulsive Performance Challenges and Model Testing Verification Anton Minchev, Claus Simonsen, Rune Zilcken |
33 |
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Hydrodynamic Trends in Optimizing Propulsion Uwe Hollenbach, Oliver Reinholz |
41 |
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Study of a Two-Phase Underwater Ramjet Propulsor Employing Liquified Gas Boiling Herman D. Haustein, Alon Gany, Ezra Elias |
50 |
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Session WA3 – Wake Adaption |
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Investigation of Scale Effects on Ships with a Wake Equalizing Duct or with Vortex Generator Fins Hans-Jürgen Heinke, Katrin Hellwig-Rieck |
57 |
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Mewis Duct® – New Developments, Solutions and Conclusions Friedrich Mewis, Thomas Guiard |
64 |
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Numerical and Experimental Investigation of the Possibility of Forming the Wake Flow of Large Ships by Using the Vortex Generators Pawel Dymarski, Marek Kraskowski |
72 |
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Session WB1 – Viscous Flow 1 |
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Propeller Optimisation Considering Sheet Cavitation in Hull Interaction Florian Vesting, Rickard Bensow |
79 |
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RANSE Code Application for Ducted and Endplate Propellers in Open Water Henri Haimov, Jorge Vicario, Javier Del Corral |
89 |
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Numerical Analysis of Rudder Effects upon Ducted Propeller Units Alejandro Caldas, Marcos Meis, Adrián Sarasquete |
98 |
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Session WB2 – Cavitation Potential |
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Numerical and Experimental Characterization of a CP Propeller Unsteady Cavitation at Different Pitch Settings Daniele Bertetta,Stefano Brizzolara, Stefano Gaggero, Luca Savio, Michele Viviani |
106 |
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Numerical Analysis of Pressure Fluctuation on Ship Stern Induced by Cavitating Propeller Using a Simple Surface Panel Method “SQCM” Takashi Kanemaru, Jun Ando |
116 |
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The Influence of the Wake Scale Effect on the Prediction of Hull Pressures Due to Cavitating Propellers Bart Schuiling, Frans Hendrik Lafeber, Auke van der Ploeg, Erik van Wijngaarden |
124 |
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Open-Water Thrust and Torque Predictions of a Ducted Propeller System With a Panel Method J. Baltazar, J.A.C. Falcão de Campos, J. Bosschers |
132 |
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Session WB3 – Waterjet / Ducted Propeller |
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Modeling of Cavitating Flow through Waterjet Propulsors Jules W. Lindau, Christopher Pena, Warren J. Baker, James J. Dreyer, William L. Moody, Robert F. Kunz, Eric G. Paterson |
142 |
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Experimental Study of an Air-Augmented Waterjet Propulsor Scott Gowing |
152 |
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Session TA1 - Rudder |
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A Numerical Study on the Characteristics of the System Propeller and Rudder at Low Speed Operation Vladimir Krasilnikov, Dmitriy Ponkratov, Pierre Crepier |
157 |
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Investigation of the Flow Field around a Propeller-Rudder Configuration: On-Surface Pressure Measurements and Velocity-Pressure-Phase-Locked Correlations Mario Felli, Massimo Falchi, Francisco Pereira |
169 |
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Loads Acting on a Semi-Spade Rudder Andreas Brehm, Volker Bertram, Ould El Moctar |
178 |
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Session TA2 – Propulsion 3 |
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Model and Full Scale Evaluation of a ‘Propeller Boss Cap Fins’ Device Fitted to an Aframax Tanker Hans Richard Hansen, Tom Dinham-Peren, Takeo Nojiri |
186 |
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On the Design and Analysis of Pre-Swirl Stators for Single and Twin Screw Ships Gert-Jan Zondervan, Jan Holtrop, Jaap Windt, Tom van Terwisga |
197 |
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A Study on the Powering Performance of Multi-Axes Propulsion Ships with Wing Pods Heungwon Seo, Seokcheon Go, Sangbong Lee, Jungil Kwon |
205 |
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Session TA3 – Off Design |
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Propeller Loads of Large Commercial Vessels at Crash Stop for Structural Safety Assessment J.W. Hur, H. Lee, B.J. Chang |
210 |
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A Fast Quasi-Steady Procedure for Estimating the Unsteady Forces and Moments on a Marine Propeller Behind a Hull Robert F. Roddy |
218 |
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Propeller Design and Propulsion Concepts for Ship Operation in Off-Design Conditions Thomas Stoye |
229 |
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Lateral Force and Turning Moment on a Reversing Ship Lucia Sileo, Sverre Steen |
237 |
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Session TA4 – Propulsion 4 |
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Boundary Layer Control of Twin Skeg Hull Form with Reaction Podded Propulsion Nariyuki Sasaki |
244 |
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The Marine Propeller Design Spiral Eckhard Praefke |
250 |
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Numerical Simulation of the Self-Propulsion Model Tests Tomasz Bugalski, Paweł Hoffmann |
256 |
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Session TB1 – Viscous Flow 2 |
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The Influence of Viscous Effect on Design of the Optimal Supercavitating Hydrofoil with Spoiler Alexander Achkinadze, Gregory Fridman, Zaw Win |
263 |
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Numerical Simulation of the Flow Past a Rotating Propeller Behind a Hull Roberto Muscari, Andrea Di Mascio |
267 |
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Evaluation of the Propeller Hull Vortex Using a RANS Solver Jussi Martio, Tuomas Sipilä, Antonio Sanchez-Caja, Ilkka Saisto, Timo Siikonen |
278 |
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Session TB2 – Unsteady Propulsion |
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Theoretical and Numerical Hydromechanics Analysis of Self-Pitching Propellers Luca Greco, Stefania Leone, Claudio Testa, Francesco Salvatore, Salvatore Mauro |
284 |
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Hydroelastic Response and Stability of a Hydrofoil in Viscous Flow Antoine Ducoin, Yin Lu Young |
294 |
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On the Development of a Full-Scale Numerical Towing Tank: Reynolds Scaling Effects on Ducted Propellers and Wakefields Norbert Bulten, Maarten Nijland |
303 |
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Session TB3 - Erosion |
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On the Capability of Multiphase RANS Codes to Predict Cavitation Erosion Ziru Li, Tom Van Terwisga |
311 |
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Understanding Details of Cavitation Anne Boorsma, Stewart Whitworth |
319 |
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Session TB4 - Noise |
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Experimental Characterization of Two CP Propellers at Different Pitch Settings, Considering Cavitating Behaviour and Related Noise Phenomena Daniele Bertetta, Luca Savio, Michele Viviani |
328 |
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A Study on Propeller Noise Emission with Special Attention to the Influence of an Ice Coverage and Finite Water Depth Heinrich Streckwall, Herbert Bretschneider |
336 |
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Session TB5 – Potential Flow |
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Influence of Material and Loading Uncertainties on the Hydroelastic Performance of Advanced Material Propellers Yin Lu Young, Michael R. Motley |
342 |
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Modeling of Leading Edge Vortex and its Effects on Propeller Performance Ye Tian, Spyros Kinnas |
350 |
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Numerical Modeling of a Hydrofoil or a Marine Propeller Undergoing Unsteady Motion Abhinav Sharma, Lei He, Spyros A. Kinnas |
360 |
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Session FA1 - Green |
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Computational and Experimental Analysis for Horizontal Axis Marine Current Turbine Design Ju Hyun Lee, Dong Hwan Kim, Shin Hyung Rhee, In Rok Do, Byung Chul Shin, Moon Chan Kim |
371 |
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Wind Turbine Propulsion of Ships Eirik Bøckmann, Sverre Steen |
377 |
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Huge Hard Wing Sails for the Propulsor of Next Generation Sailing Vessel Kazuyuki Ouchi, Kiyoshi Uzawa, Akihiro Kanai |
387 |
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Design and Testing of a Tidal Current Power Extraction Device Sue Molloy, Mahmoud Alidadi, Valerie M. Thomas, Mae Seto |
392 |
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Session FA2 – Unconventional 1 |
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Numerical Design and Experimental Verification of a RIM-Driven Thruster Alexey Yu. Yakovlev, Marat A. Sokolov, Nikolay V. Marinich |
396 |
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Development of Contra-Rotating Propeller with Tip Raked Fins Yasuhiko Inukai |
403 |
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From Single to Multistage Marine Propulsor: A Fully Numerical Design Approach Stefano Gaggero, Davide Grassi, Stefano Brizzolara |
409 |
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Development of the Trans-Velocity Propellers Jeng-Lih Hwang, Shang-Sheng Chin, Kuan-Kai Chang, Chin-Chin Tu |
420 |
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Session FA3 – Unconventional 2 |
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An Application of Paddlewheel Propulsion to a High Speed Craft David Harte, Neil Bose, Robert Clifford, Tim Roberts, Gary Davidson |
427 |
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Exploring the Potential of an Oscillating Duct as a Marine Propulsor Gerasimos Politis, Vasileios Tsarsitalidis |
435 |
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Session FB1 – Cavitation |
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Influence of the Mass Transfer Model on the Numerical Prediction of the Cavitating Flow around a Marine Propeller Mitja Morgut, Enrico Nobile |
444 |
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Cavitation Simulation on Conventional and Highly-Skewed Propellers in the Behind-Hull Condition Keun Woo Shin, Poul Andersen, Robert Mikkelsen |
452 |
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Transport of Gas Nuclei in a Propeller Flow Francisco A. Pereira |
460 |
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Application of Vortex Confinement Method in Combination with Two-Way Euler-Lagrangian Coupling Approach for the Prediction of Cavitating Propeller Tip Vortex Flows Thomas Hachmann, Moustafa Abdel-Maksoud, Udo Lantermann, Dieter Hänel |
468 |
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Session FB2 – Ventilation |
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Numerical and Experimental Study of Propeller Ventilation Anna M. Kozlowska, Katja Wöckner, Thomas Rung, Sverre Steen, Kourosh Koushan,Silas Spence |
476 |
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Ventilated Propeller Blade Loadings and Spindle Moment of a Thruster in Calm Water and Waves Kourosh Koushan, Silas Spence, Luca Savio |
484 |
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Numerical and Experimental Study on Ventilation for Azimuth Thrusters and Cycloidal Propellers Michael Palm, Dirk Jürgens, David Bendl |
491 |
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The Performance of Vertical Tunnel Thrusters on an Autonomous Underwater Vehicle Operating Near the Free Surface in Waves L. V. Steenson, A. B. Phillips, M. E. Furlong, E. Rogers, S. R. Turnock |
499 |
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Session FB3 – LES |
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Large Eddy Simulation of the Effect of Hull on Marine Propulsors in Crashback Aman Verma, Hyunchul Jang, Krishnan Mahesh |
507 |
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Computation of Cycle-to-Cycle Variation in Blade Load for a Submarine Propeller, Using LES M. Liefvendahl, C. Troëng |
515 |
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Proceedings of the Workshop on Cavitation and Propeller Performance |
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Case 1: Cavitation on foil |
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Description of Case 1: |
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smp’11 Workshop - Case 1: DelftFoil M. Hoekstra, T. van Terwisga, E.J. Foeth |
1 |
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Case 1: Papers |
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Simulation of the Unsteady Cavitation on the Delft Twist11 foil using RANS, DES and LES Rickard E. Bensow |
7 |
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RANS Simulation of the Delft Twist 11 Foil Thierry Maquil, Bahaddin Cankurt, Patrick Schiller, Sergey Yakubov, Moustafa Abdel-Maksoud, Thomas Rung |
16 |
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Preliminary Cavitation Simulations on the Twisted Delft Hydrofoil Dimitrios Papoulias, Manolis Gavaises |
24 |
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Cavitation Prediction of Flow Over the Delft Twist 11 Foil Stewart Whitworth |
27 |
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Case 2: Propeller performance |
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Description of Case 2: |
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Potsdam Propeller Test Case (PPTC) – Test Case Description Ulf Barkmann, Hans-Jürgen Heinke, Lars Lübke |
36 |
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Case 2: Papers |
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Potsdam Propeller Test Case (PPTC) Olof Klerebrant Klasson, Tobias Huuva |
43 |
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Performance and Cavitation Evaluation of Marine Propeller using Numerical Simulations Keita Fujiyama, Chuel-Ho Kim, Daisuke Hitomi |
50 |
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The Numerical Predicted of SMP11 Propeller Performance with and without Cavitation Dengcheng Liu, Fangwen Hong |
57 |
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Open Water Test Propeller Performance and Cavitation Behaviour using PPB and FreSCo+ Scott Gatchell, Dieke Hafermann, Heinrich Streckwall |
68 |
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Computational Analysis of Marine Propeller Performance and Cavitation by Using an Inviscid-Flow BEM model Francesco Salvatore, Luca Greco, Danilo Calcagni |
72 |
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Prediction of Non-Cavitating and Cavitating Performance of a SVA Potsdam Propeller Da-Qing Li |
80 |
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Cavitation Simulations of the Potsdam Propeller Test Case Sergey Yakubov, Bahaddin Cankurt, Thierry Maquil, Patrick Schiller, Moustafa Abdel-Maksoud, Thomas Rung |
84 |
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SMP Workshop on Cavitation and Propeller Performances: The Experience of the University of Genova on the Potsdam Propeller Test Case Stefano Gaggero, Diego Villa, Stefano Brizzolara |
92 |
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Numerical Predictions of the Cavitating and Non-Cavitating Flow around the Model Scale Propeller PPTC Mitja Morgut, Enrico Nobile |
106 |
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Open Water Test for Testing Methodology Alejandro Caldas, Marcos Meis , Adrián Sarasquete |
112 |
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FINFLO RANS-Predictions for Propeller Performance Tuomas Sipilä, Timo Siikonen, Ilkka Saisto |
114 |
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Case 2: Summary of Results |
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Overview of the Submitted Results |
123 |
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Case 2.1: Open Water Tests |
127 |
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Case 2.2: LDV Measurements |
154 |
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Case 2.3: Cavitation Test |
210 |
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Questionnaires |
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Questionnaire on potential flow methods |
302 |
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Questionnaire on viscous flow methods |
307 |