ISSW 2016
International
Ship Stability Workshop
June 13-15, 2016, Stockholm, Sweden
P r o c e e d i n g s
ISSW 2016
15th
International
Ship Stability Workshop
Arranged and hosted by Chalmers University of Technology and KTH Royal Institute of Technology
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Co-arranged with Lighthouse Swedish Maritime Competence Centre
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Proceedings of tlie 15th International Ship Stability Workshop (ISSW 2016)
Anders Rosén & Martin Schreuder (editors) ISBN 978-91-7729-038-4
Stockholm, Sweden, June 2016
ISSW 2016 Local Organizing Committee:
Anders Rosén, KTH Royal Institute of Technology Martin Schreuder, Chalmers University of Technology
ISSW 2016 Session Organizers:
Vadim Belenky, David Taylor Model Basin
Hendrik Bruhns, Herbert-ABS Software Solutions LLC Gabriele Bulian, University of Trieste
Alexander Degtyarev, St.Petersburg State University Jan De Kat, ABS
Alberto Francescutto, University of Trieste
Jean-FranQois Leguen, DGA Techniques Hydrodynamiques Marcelo Neves, COPPE UFRJ
Luis Pérez Rojas, Technical University of Madrid Anders Rosén, KTH Royal Institute of Technology Pekka Ruponen, NAPA Ltd
Martin Schreuder, Chalmers University of Technology Kostas Spyrou, National Technical University of Athens Naoya Umeda, Osaka University
Frans Walree, MARIN
Kenneth Weems, David Taylor Model Basin
Session organizers and authors, and also Katarina Wignell and Hiba Fawaz (Chalmers), are all gratefully acknowledged for contributing to the preparation of these proceedings and the workshop.
ISSW is part of a longstanding series of international technical meetings in the field of ship stability, dynamics and safety consisting of the STAB conferences, which are held every third year, and the ISSW workshops, which are held in the years between the conferences. These conferences and workshops are initiated and supervised by an International Standing Committee (ISC) and arranged and hosted by a Local Organizing Committee, each time in different corners of the world. General information about ISSW, STAB, ISC, SRDC (Stability Research and Development Committee), proceedings from past events, and other information concerning ship stability, safety and dynamics, can be found at www.shipstab.org.
The opinions expressed in the here included papers are those of the authors and not necessarily those of any organization with which the authors have been associated.
Contents
Session 1 : Second generation intact stability criteria
"Current state of the second generation intact stability criteria - achievements and remaining issues" 3 by Naoya Umeda and Alberto Francescutto
"Model experiment of an offshore supply vessel running in astern woi/es" 11 by Naoya Umeda, AqmilAlway, Satoshi Usada, AI<ihil<o Matsuda and Daisuke Teradc
"Probabilistic direct stability assessment" 17 by Vladimir Shigunov
"Regulatory aspects of implementation of second generation IMO intact stability criteria" 27 by William Peters and Vadim Belenky
"Different computations of parametric roll level 2 criterion" 33 by Frangois Grinnaert, Jean-Yves Billard, and Jean-Marc Laurens
"Validation of one numerical method for parametric roll criteria with experiments' 41 by Jiang Lu and Min Gu
Session 2: Validation of numerical methods
"Towards accurate computations of active stabiliser fins, focusing on dynamic stall" 51 by Gerson Fernandes, Geert Kapsenberg, Maarten Kerkvliet, and Frans van Walret
"Fast time domain calculations with non-linear Anti-Roll Tank coupling using retardation functions" 59 by Nicolas F.A.J. Curette
"Specific intended uses: Establishing verification, validation and accreditation objectives" 67 by Arthur Reed
Session 3: Novel approaches t o ship stability
"Towards a theory of surf-riding in two-frequency and multi-frequency waves" 75 by Kostas Spyrou, loannis Kontolefas and Nikolaos Themelis
"Split-time algorithm implementation in advanced hydrodynamic codes" 83 by Kenneth Weems and Vadim Belenky
"Motion Perturbation Metric for Broaching-to" 89 by Vadim Belenky, Kostas Spyrou and Kenneth Weems
Session 4: Computational and stochastic methods
"New models of irregular waves - way forward" 95 by Arthur Reed, Alexander Degtyarev, Ivan Gankevich and Kenneth Weems
"Validation of split-time method with volume-based numerical simulation" 103 by Kenneth Weems, Vadim Belenky and Bradley Campbell
"On the tail of nonlinear roll motions" 109 by Vadim Belenky, Dylan Glotzerand Themistolkis Sapsis
"NumericalSimulation KPI Equation" 115 by Alexander Bogdanov and Vladimir Mareev
(cont.)
Session 5: Damage stability of passenger ships
"Holistic perspective on damage stability standards for RoPax ships" 121 by Jan Bergholtz, Tryggve Ahlman, Martin Schreuder, Ronnie Hanzén, Per Wimby, and Sten Rosenqvis\
"An alternative system for damage stability enhancement" 129 by Dracos Vassalos, Evangelos Boulougouris and Donald Paterson
"On damaged ship survivability assessment in design and operation of passenger ships" 135 by Jakub Cichowicz and Alistair Murphy
"Application of vessel TRIAGE for a damaged passenger ship" 141 by Petri Pennanen, Pekka Ruponen, Jori Nordstrom, and Floris Goerlandt
"Numerical flooding simulations - a useful tool for marine casualty investigations' 147 by Stefan Krüger
Session 6: Roll damping
"Estimation of force coefficients for normal forces on bilge keels and skin friction roll damping of ships by CFD" 157 by Sven Wassermann, Gregor Krambs, and Moustafa Abdel-Maksoua
"Validation of CFD simulation for ship roll damping using one pure car carrier and one standard model" 165 by Min Gu, Shuxia Bu, Gengyao Qiu, Ke Zeng, Chengsheng Wu, and Jiang LL
"Effect of vortex shedding and free surface Interaction on roll damping due to large amplitude roll motion" 173 by Burak Yildiz, Ahmet Yurtseven and Toru Katayama
"A framework for holistic roll damping prediction" 183 by Carl-Johan Söder and Anders Rosén
Session 7: Operational aspects of ship stability
"Operational stability beyond rule compliance" 193 by Mikael Huss
"Real-time stability assessment in mid-sized fishing vessels" 201 by Marcos MIguez Gonzalez, Vicente Diaz Casas, and Lucia Santiago Caamano
"Estimation of the metacentric height by using onboard monitoring roll data based on time series analysis' 209 by Daisuke Terada, Masahiro Tamashima, Ikuo Nakao, andAkihiko Matsudc
"Maneuverability in adverse conditions: assessment framework and examples" 217 by Vladimir Shigunov, Apostolos Papanikolaou, and Dionysia Chroni
Session 8: Stability of naval vessels
"Correlations ofGZ curve parameters" 229 by Doug Perrault
"Application of 2nd generation intact stability criteria on naval ships" 239 by Frangois Grinnaert, Paola Gualeni, Jean-Yves Billard, Jean-Marc Laurens, and Nicola Petaccc
"Conduction of a wind tunnel experiment to investigate the ship stability weather criterion" 245 by Arman Ariffin, Shuhaimi Mansor, and Jean-Marc Laurens
"DSN'S standard practice for the construction of a composite allowable KG curve using the load shift method" 253
