Contemporary Ideas on Ship Stability/Современные представления об остойчивости судна

Книга на английском языке. Ship stability has been investigated for so many years in order to achieve prevention of capsizing of intact and damaged ships. However, it has not yet been fully established for practical implementation. Ship stability requires us to deal with stochastic prediction problems of rare events in nonlinear dynamical systems under random environments. A ship has the restoring moment but only within a limited range, so the system should be regarded as strongly nonlinear. The wind and waves that the ship meets are random processes. Most currently operated ships are safe, but capsizing may still occur in some exceptional cases. In the case of other areas of ship dynamics, the situations are different. Seakeeping of ships under random environments can be modelled as linear or weakly nonlinear so that the linear superposition procedures can work well. Manoeuvering of ships deals with nonlinear systems, but the random environment is not essential. In ship stability, however, some room still remains for further discussion and challenge. This new book is expected to be used by researchers of ship stability as well as by practical users of the international ship stability criteria recently developed by the International Maritime Organization (IMO), which are known as the Second Generation Intact Stability Criteria. Contents Introduction Contemporary Ideas on Ship Stability: From Dynamics to Criteria-An Overview Kostas J. Spyrou Development of Second-Generation IMO Intact Stability Criteria The Second Generation Intact Stability Criteria-Achievements and Remaining Issues Naoya Umeda and Alberto Francescutto Safety Level of the IMO Second Generation Intact Stability Criteria William S. Peters, Vadim Belenky, and Kostas J. Spyrou Second Generation Intact Stability Criteria-Robustness and Consistency Analysis Carsten Schroter, Marie Lutzen, Henrik Erichsen, Jorgen Juncher Jensen, Hans Otto Kristensen, Preben Hagelskjaer Lauridsen, Onur Tunccan, and Jens Peter Baltsersen On Regulatory Consistency of Criteria for Dead Ship Condition and Pure Loss of Stability William S. Peters and Vadim Belenky Simplifications in Direct Stability Assessment V. Shigunov Regulatory Use of Nonlinear Dynamics: An Overview William S. Peters, Vadim Belenky, and Kostas J. Spyrou History of Stability Criteria Rahola Criterion and the Development of the Intact Stability Code Alberto Francescutto Improvements on Current Methods of Probabilistic Assessment of Ship Stability Study on Short-Term Prediction of Roll in Beam Sea Toru Katayama, Mai Kankaku, Atsuo Maki, Kei Sugimoto, and Yusuke Fukumoto An Efficient Formulation of the Critical Wave Groups Method for the Assessment of Ship Stability in Beam Seas Panayiotis A. Anastopoulos and Kostas J. Spyrou On Extending Multifidelity Uncertainty Quantification Methods from Non-rare to Rare Problems Brendan Brown and Vladas Pipiras Evaluation of Probabilistic Methods and Interpretation of Results Review of Probabilistic Methods for Direct Dynamic Stability of Ships in Random Seaway Cleve Wandji Verification, Validation and Accreditation in the Context of the IMO Second Generation Intact Stability Criteria and the Role of Specific Intended Uses in This Process Arthur M. Reed Statistical Validation of the Split-TimeMethod with Volume-Based Numerical Simulation Kenneth Weems, Vadim Belenky, Bradley Campbell, and Vladas Pipiras Effectiveness of the Generalized Pareto Distribution for Characterizing Ship Tendency for Capsize Panayiotis A. Anastopoulos and Kostas J. Spyrou Envelope Peaks Over Threshold (EPOT) Application and Verification Bradley Campbell, Kenneth Weems, Vadim Belenky, Vladas Pipiras, and Themis Sapsis Interpretation of Results of Numerical Simulation Arthur M. Reed Parametric Roll, Operational Measures and Stability Monitoring A Case Study on Operational Measures for Avoiding Parametric Rolling Hirotada Hashimoto, Yuuki Taniguchi, and Michio Fujii Wave Radar Application to the Simplified Parametric Roll Operational Guidance at Actual Sea Takehiro Yano, Naoya Umeda, Keiichi Hirayama, Mitsunori Baba, and Masahiro Sakai On the Application of Artificial Neural Networks for the Real Time Prediction of Parametric Roll Resonance Marcos Miguez Gonzalez, Vicente Diaz Casas, Fernando Lopez Pena, and Luis Perez Rojas Application of Real-Time Estimation Techniques for Stability Monitoring of Fishing Vessels Lucia Santiago Caamano, Marcos Miguez Gonzalez, Roberto Galeazzi, Ulrik D. Nielsen, and Vicente Diaz Casas Real-Time Estimation of Natural Roll Frequency for the Stability Guidance of Fishing Vessels Marcos Miguez Gonzalez, Gabriele Bulian, Lucia Santiago Caamano, Sandra Allegue Garcia, and Vicente Diaz Casas Surf-Riding and Broaching-to Estimates of the Probability of Surf-Riding in Irregular Seas Kostas J. Spyrou, Nikos Themelis, and Ioannis Kontolefas Abnormal High Speed Ship Motions in Two-Frequency and Multi-Frequency Following Waves Kostas J. Spyrou, Ioannis Kontolefas, and Nikos Themelis Critical Distance on a Phase Plane as a Metric for the Likelihood of Surf-Riding in Irregular Waves Vadim Belenky, Kostas Spyrou, and Kenneth Weems Modeling Broaching-to and Capsizing with Extreme Value Theory Vadim Belenky, Kenneth Weems, Kostas Spyrou, Vladas Pipiras, and Themistocles Sapsis Roll Damping Estimation of Force Coefficients for Bilge Keel and Skin Friction Roll Damping of Ships by CFD Simulations Sven Wassermann and Moustafa Abdel-Maksoud Study on Bilge Keel Component of Roll Damping for Non-periodic Motion Jun Umeda, Toru Katayama, Hirotada Hashimoto, and Burak Yildiz On Application of Standard Methods for Roll Damping Prediction to Ships with High Block Coefficient Stefan Rudakovi’c and Igor Backalov A Pragmatic Approach to Roll Damping Jakub Cichowicz and Dracos Vassalos Damaged Stability Regulatory, Design, Operational and Emergency Response Measures for Improving the Damage Survivability of Existing RoPax Dracos Vassalos, Evangelos Boulougouris, Luis Guarin, and Andrzej Jasionowski The Inertia Contributions Due to Floodwater Mass Gyeong Joong Lee, Arthur M. Reed, Frans van Walree, Andrew Peters, Paola Gualeni, Toru Katayama, and WenYang Duan Air Pressure Scale Effects During Damage Model Tests Gyeong Joong Lee, Arthur M. Reed, Frans van Walree, Andrew Peters, Paola Gualeni, Toru Katayama, and WenYang Duan A Framework for Probabilistic Damage Stability Assessment of Passenger Ships Considering Collision, Grounding and Contact Accidents Gabriele Bulian, Mike Cardinale, George Dafermos, Eleftheria Eliopoulou, Alberto Francescutto, Rainer Hamann, Daniel Lindroth, Henning Luhmann, Pekka Ruponen, and George Zaraphonitis Cruise Ship Survivability inWaves Georgios Atzampos, Dracos Vassalos, Jakub Cichowicz, Donald Paterson, and Evangelos Boulougouris Model Experiments Overview of Model Test Procedures for Stability Under Dead Ship Condition and Pure Loss of Stability in Astern Waves Naoya Umeda, Daichi Kawaida, Yuto Ito, Yohei Tsutsumi, Akihiko Matsuda, and Daisuke Terada Model Experiments of an Offshore Supply Vessel Running in Astern Waves Naoya Umeda, Sreenath Subramaniam, Aqmil Alway, Akihiko Matsuda, Atsuo Maki, Satoshi Usada, and Daisuke Terada Characteristics of Capsizing Phenomena of Fishing Vessels Akihiko Matsuda, Daisuke Terada, and Hirotada Hashimoto Accident Investigation Experimental Investigations into Accidents of Two Japanese Fishing Vessels Harukuni Taguchi, Akihiko Matsuda, and Kuniaki Shoji Cargo Liquefaction Liquefaction of Sand and Olive Pomace Cargo and Its Effect on the Stability of a Bulk-Carrier I. A. Koromila, C. C. Spandonidis, and K. J. Spyrou Offshore Structures Experimental and Numerical Investigation n Parametrically-Excited Motions of a Mono-Column Platform inWaves Claudio A. Rodriguez, Julio C. F. Polo, and Marcelo A. S. Neves Special Craft Validation of Simulation Tools for a RHIB Operating in Heavy Seas Frans van Walree and William L. Thomas Impulsive Loads on and Water Ingress in a Landing Craft: Model Tests and Simulations F. van Walree and D. Sgarioto