ISSW2022 (Gdańsk) - Proceedings

18^th International Ship Stability Workshop (ISSW2022)

12-14 September 2022, Gdańsk, Poland

Local Organising Committee:

• Prof. Przemyslaw Krata (Gdańsk University of Technology)
• Prof. Jakub Montewka (Gdańsk University of Technology)
• Dr. Tomasz Hinz (Gdańsk University of Technology)
• Dr. Milena Supernak (Gdańsk University of Technology)
• Dr. Artur Karczewski (Gdańsk University of Technology)
• Dr. Maciej Reichel (Gdańsk University of Technology)
• Mrs. Katarzyna Malinowska (Gdańsk University of Technology)

Download Proceedings of 18th International Ship Stability Workshop - ISSW2022 - as a single pdf file

Session 1: Roll damping

Chaired by Luis Peez-Rojas & Toru Katayama

• T. Katayama, N. Yoshida, Y. Yamamoto, M. Kashiwagi, Y. Ikeda, "Correction of Eddy Making Component of Ikeda’s method and its Modification for Shallow Draught Effects", pp 5-11
• T. Katayama, N. Yoshida, Y.Yamamoto,  "Effects of Free Surface on Normal Force Component of Bilge-keel Roll Damping and Improvement of Ikeda’s method", pp 13-20
• S. Aram, J.T. Park, "On the Uncertainty Quantification of Roll Decay Test", pp 21-32
•  C.A. Rodríguez, I.S. Ramos, P.T. Esperança, M. Oliveira, "Assessment of damping and nonlinearities on the roll responses of a VLCC in waves without forward speed", pp 33-42

Session 2: Damage stability

Chaired by Hendrik Bruhns & Dimitris Konovessis

• D. Vassalos, M.P. Mujeeb, D. Paterson, F. Mauro, F. Conti, "Evolution of p-factors in the probabilistic damage stability assessment of passenger ships", pp 43-62
• D. Vassalos, D. Paterson, M.P. Mujeeb,  A. Papanikolaou, "Influence of life-cycle damage stability requirements on the ship internal arrangement", pp 63-75
• D. Vassalos, G. Atzampos, D. Paterson, F. Mauro, M.P. Mujeeb-Ahmed, "The vital influence of permeable volume on the damage stability of passenger ships", pp 77-86
• S. Bu, M. Gu, J. Zhan, P. Zhang, "Experimental investigation on one damaged passenger ship in regular and irregular beam waves", pp 87-93

Session 3: Operational and real-time intact stability

Chaired by William S. Peters & MArcos Miguez Gonzalez

• T. Hinz, P. Krata, K. Malinowska, J. Montewka, J. Matusiak, “Evaluation of stability criteria limiting the angle of heel due to turning, in the light of ship motion simulation results”, pp 95-102
• V. Luthy, F. Grinnaert, J.-Y. Billiard, "Identification of a conservative spreading angle to realize operational roll polar plots", pp 103-108
• L. Santiago Caamaño,  M. Míguez González, J.M. Ciriano Palacios, V. Díaz Casás, "Increasing performance of real-time stability assessment through ship motion analysis", pp 109-116
• D. Howard, S. Edwards, M. LEvine, T. Sapsis, K. Weems, V. Pipiras, "A Method for Operational Guidance in Bimodal Seas ", pp 117-123

Session 4: Stochastic approach to intact stability assessment

Chaired by Vadim L. Belenky & Kostas J. Spyrou

• P.A. Anastopoulos, K.J. Spyrou, "Extrapolation over significant wave height with the aid of stochastic wave groups theory", pp 125-136
• C. Wandji, "Application of Statistical Extrapolation Techniques to Dynamic Stability", pp 137-147
• K.M. Silva, K.J. Maki, "Towards a Generalized Neural Network Approach for Identifying Critical Wave Groups", pp 149-160
• Y. Maruyama, A. Maki, L. Dostal, N. Umeda,  "Stochastic Assessment Using Moment Equation Method for Parametric Rolling of Ships in Random Seaways", pp 161-166

Session 5: Direct intact stability assessment

Chaired by Naoya Umeda & Claudio A. Rodríguez

• V. Shigunov, C.A. Wandjii, V. Belenky,''Benchmarking of Direct Counting Approaches”, pp 167-175
• Y. Maruyama, N. Umeda, A. Maki, "Measures for avoiding self-repetition effect in the direct stability assessment", pp 177-183
• Y. Uchida, M. Sakai, N. Umeda, ''Methodology for assessing fundamental parametric roll other than the principal parametric roll", pp 185-193

Session 6: Contemporary stability issues of naval vessels

Chaired by Frans van Walree & Jean-François Leguen

• V. Luthy, F. Grinnaert, J.-Y. Billiard, "Mitigation manoeuvres to reduce parametric roll on a naval ship", pp 195-200
• M. Bonci, "Ship capsize dynamics: a numerical sensitivity study", pp 201-210
• N. Petacco, P. Gualeni, "A SGISC-Based Study about operational Profiles of Navy Vessels", pp. 211-216
• O. Hizir, S. Marshall, "Evaluating the Dynamic Motions of a Damaged Ocean Survey Vessel", pp 217-221

Session 7: Stability and safety of special vessels

Chaired by Gabriele Bulian & Igor Backalov

• H. Bruhns, "Container Stowage on Bulk Carriers", pp. 223-228
• H. Yoshioka, H. Hashimoto, "AI-based Collision Avoidance for Automatic Ship Navigation", pp 229-234
• P. Krata, T. Hinz, M. Marley, S. Dugan, M. Gil, J. Montewka, R. Skjetne, "DSA-inspired assessment of autonomous ships stability during turning maneuver", pp 235-242

Session 8: Safety of marine transportation and navigation

Chaired by Ning Ma & Przemyslaw Krata

• L. Yu, L. Huang, N. Ma, "Research and development of early detection algorithm of parametric resonance for ships and offshore floating structures in waves", pp 243-251
• K. Laaksonen, N. Mizutani, N. On,"Fleet monitoring and detection of risk level by utilization of typical operational patterns", pp 253-258
• J. Koning, R. Grin, W. Pauw,"TopTier, seakeeping and container cargo securing safety", pp 259-264

Session 9: Future of stability assessment

Chaired by Dracos Vassalos & Konstantinos Spyrou

• D. Vassalos, D. Paterson, F. Mauro, A. Murphy, M.P. Mujeeb-Ahmed, R. Michalec, E. Boulougouris, "Alighning intact and damage stability in a multi-level-assessment framework", pp 265-283
• K. Weems, T. Sapsis, V. Pipiras,"Development of Reduced Order Models for Hydrodynamic Responses", pp 285-295
• V. Pipiras, P. Zoubouloglou, T. Sapsis, "Cyclical Long Memory In Ship Motions At Non-Zero Speed", pp 297-306
• K.J. Spyrou, V. Margari, "A vulnerability criterion of ship yawing in following waves", pp. 307-314