Here is one of the most useful volumes of those making the whole Loss Prevention series. The document is dealing with such critically important aspect of ship handling as the stability, applied to the small ships. The book opens with some introduction and the basic information concerning lack of proper understanding of the ship stability criteria together with the possible consequences.
The authors have addressed the key principles that should be observed as necessary - failure to do so would eventually result in the loss of stability. Such principles include but are not limited to the container heights and weights, overloading of the vessel, FSE, standing for the free surface effect, derricks and cranes, pre-load requirements, stability calculations performed by means of the shipboard computers, freeboard reduction etc.
The content of this volume is mainly aimed at the crew members of the dry cargo ships. The main purpose was to provide them with the opportunity to get better understanding of the basics of the ship stability and its determination. Unfortunately, not all crew members of those assigned responsibility for loading operations possess necessary knowledge of the subject. The appendices supplementing the main part of the volume give some additional information.
The present naval architecture and ship stability textbook was released to provide naval architects and students with a thorough understanding of the fundamentals of ship stability. The past decades showed the evolvement in the assessment of the ship stability. The volume will enable readers to get themselves duly familiarized with the modern methodologies.
The author gives excellent explanation if the probabilistic damage methodology, detailing the relevant requirements applicable when assessing the newly introduced ship classes and sizes. The volume contains very useful and up-to-date information and this makes it useful to the students of naval architecture and marine engineering. The content is perfectly illustrated and includes numerous chapter studies.
The material of the book has been arranged in fifteen chapters. The first one introduces readers to naval architecture while the next thirteen chapters make the main body of the volume covering all necessary aspects of the modern ship stability. Finally, the closing chapter provides several examples for better understanding of the theoretical part. An absolute must-have for all naval architects and anyone with the professional interest in ship stability.
The author of this publication has successfully adopted a practical approach and has presented all recent researches and also different practical applications in the real-life design and operation of the submarines. The list of topics covered within this volume is including the hydrostatics and maneuvering of the submarines, and their resistance and propulsion problems.
The author has conducted a brief review of the fundamental technical concepts in ship hydrodynamics and then proceeded to the demonstration of how exactly subject concepts could be applied to the submarines, covering the use of the physical model experiments. He has also clearly explained all issues commonly associated with the maneuvering of the submarine in the vertical/horizontal planes allowing readers to discover the suggested stability criteria, together with the effectiveness of the rudder and also hydroplane.
The publication also is including a separate section covering the design of the hull appendages including all technical info relating to the sail design and arrangement of the bow planes plus alternative configurations of the stern part of the submarine. Among the other topics that have been addressed in this volume we would mention the hydro-acoustic performance, different resistance components and hull shape effect. The content reflects a great experience of the author in this field of submarine design.
People interested in contemporary ship stability are aware that luckily some significant progress has been attained in ship stability during last couple of decades. However, there are still some challenges that require proper input, such as the accurate prediction of the capsize dynamics and extreme motions of the vessels, both in intact conditions and damaged.
Among such challenging areas we would also mention the probabilistic nature of the extreme events, various criteria reflecting both physics and operational safety of the vessels, and ways of providing all relevant technical information on the safe handling of ships. The present title is intended to give readers an exceptionally comprehensive and thorough review of all above stated issues by selecting the representative documents presented in the course of several international conferences and workshops on stability.
The list of topics covered within this publication includes the stability criteria and intact ship stability, parametric roll and broaching-to, roll damping, non-linear dynamics and probabilistic assessment of capsizing, environmental modeling. design for the ship safety, naval vessel stability, application of the CFD, i.e. computational fluid dynamics, methods to the stability, and investigation of the accidents involving ship capsizing. In short, the book contains professional articles formally presented by the world leaders in the field of stability.
A very useful and informative self-contained reference publication containing the data on the added mass not only of the ships but also of the various other marine engineering structures. The author has provided a good description of both theoretical and experimental methods of determination of the added masses. The volume will impress readers with the completeness and width of the content together with the consistency of presentation of the material.
It will definitely be found extremely practical in the everyday work. Note that this book may be used in ship engineering as well as in various other fields of engineering such as machine engineering and hydrotechnique. The author has made a good attempt to summarize all important material published earlier in English and Russian-language literature sources. Proper knowledge and understanding of the added masses interacting with the fluid is considered necessary in the research and applied tasks.
The publication will definitely be called for by the ship designers as well as designers of all other engineering structures that commonly interact with the fluids. It will become a truly indispensable source of technical information. The author of the book has managed to combine numerous diverse issues relating to the determination of the added masses...
The present title was specifically released to assess the current situation in the field of the CFD, standing for the computational fluid dynamics, applied to the hydrodynamics of vessels; it is also intended to provide all specialists in this area with the required technical guidance to be used to the future developments. The main content of this volume is based on the materials presented during the stability workshop held in 2010 in Gothenburg.
The book is presenting the test cases as well as the data collected during the experiments and various computational methods. The publication also contains detailed analysis of the errors for local and global flow variables, including the standard deviations for the global variables and also propeller modeling for the self-propulsion. The authors of the materials contained in the book have also evaluated the effects of the grid size and also turbulence models and conducted the thorough analysis of the turbulence modeling capabilities to capture the physics of the local flow.
They have used the resistance submissions for evaluation of the errors and uncertainties using the systematic V&V, i.e. verification and validation, study together with the statistical investigations. Moreover, they have also analyzed all related computational and experimental studies...
All intended readers will definitely find that the present volume is not a sort of books with glossy images of fabulous and glamorous yachts. It is much more scientific and sober than those titles. The main objective of the compilers of the present training course was to provide all interested readers, and yachtsmen in particular with the racing ambitions with a good technical background of the mechanics of sailing, including both hydro- and aeromechanics.
The original intention of the author of the volume was to present all materials in a way that could be justifiable from his own background, while all efforts have been made to keep the content easily accessible for the people without actual academic schooling. The book starts with a list of used notations and symbols followed by the introductory chapter.
Then the main content of the publication comes arranged in several sections covering the geometry of the sailing yacht and mass properties, basic mechanics and fundamental elements of the fluid mechanics, forces acting above the surface of the water, i.e. aerodynamics, and forces acting under the water, i.e. hydrodynamics, sailing hydrodynamics and aerodynamics, retrospection. Several appendices are there at the end of the volume providing some valuable additional information on mathematical notions, Kelvin ship waves, and other important aspects.
This is a sort of treatise on ship stability specifically written to be used by the ship officers. The material of this volume was prepared by one of the well recognized experts who did his best to provide all marine officers with ready reference source covering all important aspects of ship stability. Traditionally for all books on naval architecture and ship stability, the content of this one starts with the fundamental formulae of naval architecture and basic problems.
There is a separate chapter devoted to the classic Simpson's Rules - even in a world of computers it is still very important to understand the underlying principles. The next several chapters of the publication concentrate on the list and trim of the vessel, associated problems, righting lever, moments, and changes occurring to the trim as a result of the change in density. The dry docking of the ships is discussed in the following chapter.
The author gives detailed and clear explanations on the stability curves, ship hull coefficients, explains the inclining test basics and procedure, covers the grounding problem and, in total, provides readers with nearly everything the may need to be aware of when working on board seagoing ships.