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IMO & weather criteria |
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Keynote Lecture
The contribution of stability-related research to IMO regulations
By Rob Gehling |
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Application and review on interim guidelines for alternative assessment of the weather criterion
By Hyeon-Kyu Yoon, Sun-Young Kim, Sa-Young Hong, Young-Shik Kim, Jin-Ha Kim and Sung-Jun Lee |
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Evaluation of the weather criterion by experiments and its effect to the design of a RoPax ferry
By Shigesuke Ishida, Harukuni Taguchi and Hiroshi Sawada |
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Workshop on safety of offshore floating units |
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P-34 incident: use of a stability tool to support the salvage actions in an offshore emergency
By Mauro C. de Oliveira and Carlos Gomes Giordani |
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The GIEN Project Implementation: “Naval Architecture Integrated Management”
By Maiza P. Goulart and Marcio L. Souza |
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Probabilistic approaches |
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Estimating probability of capsize from time domain simulations
By Rubin Sheinberg, Karl Stambaugh, Drew Eisele and Ross Leadbetter |
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Analytical study on the effect of drift motions on the capsizing probability under dead ship condition
By Yoshitaka Ogawa, J.O. deKat and Shigesuke Ishida |
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Probabilistic assessment of resonant instability
By N. Themelis and K. J. Spyrou |
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Stability and naval architecture |
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A sequential linear program for the automatic loading of vessels
By Sergio A. R. de S. Maffra, Guilherme T. M. Alves, Luiz Cristóvão G. Coelho and Mauro C. de Oliveira |
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Application on the hull turnover afloat as a shipbuilding tool
By Antônio Gil F. Bezerra, Antônio Paulo P. Bastos, Aurélio G. Girão and Marcio F. Igreja |
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Stability characteristics of a XVII century Portuguese Nau
By T. Santos. N. Fonseca and F. Castro |
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Fundamental aspects of parametric resonance |
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Parametric roll resonance of a large passenger ship in dead ship condition in all heading angles
By A. Munif, Y. Ikeda, T. Fujiwara and T. Katayama |
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Prediction of parametric roll resonance in regular waves using a non-linear method
By T.M. Ahmed, E.J.Ballard, D.A.Hudson and P.Temarel |
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An investigation on roll parametric resonance in regular waves
By Marcelo A. S. Neves, and Claudio A. Rodríguez |
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Parametric resonance in realistic seaway |
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An analysis of head sea parametric rolling recorded onboard the PCTC AIDA
By Jianbo Hua, Mikael Palmquist, Igor Rychlik, Georg Lindgren, Mikael Huss and Christer Nygren |
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Numerical procedures and practical experience of assessment of parametric roll of container carriers
By Vadim Belenky, Han-Chang Yu and Ken Weems |
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On the effect of stochastic variations of restoring moment in long-crested irregular longitudinal sea
By Gabriele Bulian and Alberto Francescutto |
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Workshop on physical & numerical modelling for parametric resonance |
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Model experiment on parametric rolling of a post-panamax container ship in head waves
By Harukuni Taguchi, Shigesuke Ishida, Hiroshi Sawada and Makiko Minami |
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Validation of parametric roll motion predictions for a modern ship containership design
By Jorg Brunswig, Ricardo Pereira and Daewoong Kim |
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Numerical simulation of parametric roll in head seas
By Dimitris Spanos and Apostolos Papanikolaou |
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Experimental and numerical study on parametric roll of a post-panamax container ship in irregular waves
By Hirotada Hashimoto, Naoya Umeda and Akihiko Matsuda |
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Parametric roll and ship design
By Marc Levadou and Riaan van 't Veer |
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Keynote Lecture
Parametric resonance in head seas
By J. R. Paulling |
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Stability of high speed vessels |
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Stability and safety of an air lifted catamaran
By Dracos Vassalos, Nan Xie and Andrzej Jasionowski |
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On the stability of air cushion supported structures
By Krish P Thiagarajan |
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On the stability and safe operation of pod driven ships
By Zafer Ayaz, Osman Turan and Mehmet Atlar |
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The effect of pod-induced heeling on the stability of large high-speed ships
By Zafer Ayaz, Osman Turan, Michael D. Woodward and Mehmet Atlar |
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On the stability characteristics of different multihull high speed craft
By C. Bertorello, S. Caldarella and P. Cassella |
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A study on transverse stability loss of planing craft at super high forward speed
By Toru Katayama, Masashi Fujimoto and Yoshiho Ikeda |
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Environmental modelling |
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Results using response-tailored design waves in simulations of extreme roll of multi-hull ships
By Laura K. Alford, Armin W. Troesch and Muhamed Saeed Khalid |
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Wave weather scenarios modelling using Grid technology
By Alexander V. Bogdanov, Alexander B. Degtyarev, Elena N. Stankova and Irina V. Shoshmina |
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Spatial variability of the wave field generated in an offshore basin
By Petya P. Petrova and C. Guedes Soares |
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Influence of current on the probability distribution of wave assymetry and steepness
By Ewa Antão and C. Guedes Soares |
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Wave data along ship routes in the Mediterranean Sea
By G.A. Athanassoulis, K.A Belibassakis and Th. Gerostathis |
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Physics and statistics of extreme and freak waves
By Leonid Lopatoukhin, Alexander Boukhanovsky and Valentine Rozhkov |
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Stability of naval vessels |
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A potential framework for a performance based damaged stability standard for naval vessels
by Andrew J. Peters and Philippa Harrison |
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Ship stability - working with the operator
by Andrew J. Peters and Stephen Marshall |
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Preliminary research on stability of warship models
by Waldemar Mironiuk |
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Nonlinear dynamics |
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Theoretical prediction of broaching in the light of local and global bifurcation analysis
By Naoya Umeda, Hirotada Hashimoto, Masatoshi Hori and Masakazu Shyutoh |
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The transverse stability and rolling of a vessel loaded by elastically movable cargo
By Yuriy L. Vorobyov and Victor G. Sizov |
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Real-time identification of behavior leading to capsize
By Christopher Bassler, Leigh McCue and William Belknap |
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Manoeuvring in waves |
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On manoeuvrability of semi-displacement craft in astern seas
By E. Armaoglu, Z. Ayaz, T. Katayama and D. Vassalos |
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Numerical study of ship rolling in turning manoeuvres
By Serge Sutulo and Carlos Guedes Soares |
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Intact stability and ship motions |
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Ship dynamic on wave-breaking condition
By Yury Nechaev, A. Degtyarev and O. Anischenko |
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Beam seas tests of two different ship models in large amplitude regular waves
By Angelo Olivieri, Emilio F. Campana, Alberto Francescutto and Fred Stern |
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Strategy of ship control under intensive icing conditions
By Yuri Nechaev and Yuri Makov |
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Considerations on the weather criterion applicability for the stability assessment of large vessels
By Karl Hamberg and Jerzy Matusiak |
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Experimental and theoretical study on critical condition of bow-diving
By Akihiko Matsuda, Hirotada Hashimoto and Naoya Umeda |
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Escort tug‘s stability estimation at design phase
By Michael A. Kuteinikov, Alexander I. Nemzer, Vladimir V. Sergeev and Sergey G. Zhivitsa |
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Effect of sway and yaw coupling on the prediction of resonant roll motions
By N. Fonseca and C. Guedes Soares |
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A time domain method for calculating motions of a ship sailing on random waves
By Ju Fan and Xianglu Huang |
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Wave diffraction force modelling in time-domain ship motion
By G.J. Lee, Hyeonkyu Yoon and Sun-Young Kim |
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Damage stability: passenger ships |
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Holistic and risk based approach to collision damage stability of passenger ships
By Erik Vanem, Sigmund Rusas, Rolf Skjong and Odd Olufsen |
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Damage stability and evacuation performance requirements of passenger ships
By Erik Vanem and Rolf Skjong |
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Damage stability: naval vessels |
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Development of probability based quasi-static damage stability criteria for naval ships
by Eelco Harmsen |
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Probabilistic damage stability vs. two-compartment deterministic damage stability: mission impact on Military Sealift Command
by Paul Handler, James Kent, Michael Tisler and Robert Tagg |
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Damage stability: ship survivability |
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Effect of decks on survivability of ro-ro vessels
By Maciej Pawłowski |
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Damaged-ship survivability: a step beyond Wendel
By I. Roupas and K.J. Spyrou |
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Damage stability: risk based approaches |
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Alternative stability requirements based on system and risk approach
Lech Kobyliński |
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Conceptualising risk
By Andrzej Jasionowski, Luis Guarin and Dracos Vassalos |
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Damage stability: rules and standards |
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Damage stability approval procedure under consideration of collision resistance
By L. Zhang and H. Bruhns |
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Design implication of the new probabilistic rules for damage stability
By Dracos Vassalos, Anthony York, Cantekin Tuzcu and Markku Kanerva |
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Workshop on progressive flooding and damaged ship behaviour |
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Study of the dynamics of a damaged passenger ro-ro ship
By Tiago A. Santos and C. Guedes Soares |
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The numerical study on the coupled dynamics of ship motion and flooding water
By Cho, Seo Kyu; Hong, Sa Young and Kyoung, Jo Hyun |
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Validation of a simulation method for progressive flooding
By Pekka Ruponen, Tom Sundell and Markku Larmella |
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A computational investigation of the effect of geometric parameters on the discharge rate of a ship opening
By Yasser Nabavi, Sander M Calisal and Ayhan Akinturk |
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The use of mesh less CFD methods in modeling progressive flooding and damage stability of ships
By Dag Skaar and Dracos Vassalos |
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Accidents investigations |
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Investigation on the capsize of a small fishing vessel in following seas
By Adolfo Marón, Eloy Carrillo, Jesús Valle, María Eugenia Prieto, César Gutiérrez and Miguel Taboada |
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Forensic research into the loss of ships by means of a time domain simulation tool
By F. Van Walree, J.O. de Kat and A. T. Ractliffe |
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Experimental investigation on capsizing and sinking of a cruising yacht in wind
By Naoya Umeda, Masatoshi Hori, Kazunori Aoki, Toru Katayama and Yoshiho Ikeda |
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On the accidents of small fishing vessels
By Luis P. Rojas, Francisco P. Arribas, Ricardo Z. Rodríguez and Antonio G. y Pacheco |
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Safety in operations |
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Fish safe stability education program
By Gina Johansen and Barb Howe |
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Developing simple safety guidance for fishermen
By Barry Deakin |
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Preventing maritime accidents by effective management of the accident investigative process
By Chengi Kuo |
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Damage stability and decision support-how can we be better prepared and what questions do the teaching face?
By Robert Nilsson and Olle Rutgersson |
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Stabilizing systems |
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Model tests on stabilizing moment created by passive anti-rolling tanks
By Rumen Kishev and Vladimir Rakitin |
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Performance of a navy ship roll stabilization system
By Sergio Ribeiro e Silva, Nuno Fonseca and Carlos Guedes Soares |
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Applying the dynamic absorber theory for the control of FPSOs rolling motion
By Arthur C. Saad, Antonio Carlos Fernandes, Paulo de Tarso T. Esperança and Joel S. Sales Jr |
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A study of the roll motion behaviour in small supply boats operating in zero forward speed
By Marcio de A. Grove and Ricardo B. Portella |
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CFD & wind heeling |
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Calculation of liquid loads response to forced roll with smoothed particle hydrodynamics
By Louis Delorme, Luis Casasús, Luis Pérez-Rojas and Antonio Souto-Iglesias |
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Calculation of wind heeling arms for static stability with CFD methods
By Mauro C. de Oliveira, Roberto E. Cruz and Fabio G. Telles de Menezes |
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Wind heeling moments on very large ships. Some insights through CFD results
By S. Brizzolara, A .Dachà and E. Rizzuto |
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Using the graphics hardware to compute wind forces
By Sergio A. R. de S. Maffra, Luiz Cristóvão G. Coelho and Mauro C. de Oliveira |
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A static stability analysis of a hovercraft by model tests and CFD
By Sunho Park, Jaekyung Heo and Byeong Seok Yu |
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Stability of offshore vehicles |
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An approach of stability and motion response analysis of an FPSO to consider its global performance
By Ricardo B. Portella, Victor A. Kameyama and Cristiane M. Freire |
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Orthogonal tipping in conventional offshore stability evaluations
By J. Andrew Breuer and Karl-Gustav Sjolund |
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Stability issues in the upgrade of drilling rigs for increased water depths
Astrid M. Barros and Ricardo B. Portella |
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The bilinear behavior for FPSO rolling motions
By Antonio Carlos Fernandes and Allan Carré de Oliveira |
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Cargo oil shifting on FPSOs stability analysis – lessons learned from P-34 incident
By Victor A. Kameyama and Ricardo B. Portella |
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Dynamic positioned semi-submersible platform motion with riser in ultra deep water
By Celso K. Morooka and Marcio Yamamoto |
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Water on deck |
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Capsizing of small vessel due to waves and water trapped on deck
By Jan Jankowski and Andrzej Laskowski |
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