This second edition provides a comprehensive and scientific approach to evaluating ship resistance and propulsion. Written by experts in the field, it includes the latest developments in CFD, experimental techniques and guidance for the practical estimation of ship propulsive power. It addresses improvements in energy efficiency and reduced emissions, and the introduction of the Energy Efficiency Design Index (EEDI). Descriptions have now been included of pump jets, rim driven propulsors, shape adaptive foils, propeller noise and dynamic positioning. Trial procedures have been updated, and preliminary estimates of power for hydrofoil craft, submarines and AUVs are incorporated. Standard series data for hull resistance and propeller performance are included, enabling practitioners to make ship power predictions based on material and data within the book. Numerous fully worked examples illustrate applications for most ship and small craft types, making this book ideal for practising engineers, naval architects, marine engineers and undergraduate and postgraduate students.

Leith-Built Ships is a testimony to the skill of the men who built the ships and to the many men and women who may have sailed or served on them. This history is brought together in vol. I of a three-volume series about the almost-forgotten part that Leith played in our great maritime heritage and is the culmination of the author's lifetime experience of shipbuilding. Most people may well be aware of the part played by the great shipbuilding centres in the UK's history but many may be unaware of the part played by the shipbuilders of Leith. This port was once Scotland's main port with many firsts to its name. Leith had begun building ships some 400 years before the great shipyards of the Clyde and these vessels reached all corners of the globe, touching many people's lives. Some had sad histories while others took part in some of the great conflicts of the times; many were just ordinary working vessels that carried their crew safely through long working lives. With a pedigree of shipbuilding second to none going back over 660 years of recorded history, the ships built at Leith deserve their place in history and this book begins the story.

The technical details of British warships were recorded in a set of plans produced by the builders on completion of every ship. Known as the as fitted general arrangements, these drawings documented the exact appearance and fitting of the ship as it entered service. They were very large more than 12 feet long for capital ships highly detailed, annotated and labelled, and drawn with exquisite skill in multi-coloured inks and washes. Intended to provide a permanent reference for the Admiralty and the dockyards, they represent the acme of the draughtsman s art. Today these plans form part of the incomparable collection of the National Maritime Museum at Greenwich, which is using the latest scanning technology to make digital copies of the highest quality. This book is the first of a series based entirely on these draughts which will depict famous warships in an unprecedented degree of detail complete sets in full colour, with many close-ups and enlargements that make every aspect clear and comprehensible. Extensive captions point the reader to important features to be found in the plans, and an introduction covers the background to the design. The celebrated battleship _Warspite_ is an ideal introduction to this new series an apparently familiar subject, but given this treatment the result is an anatomy that will fascinate every warship enthusiast and ship modeller.

After completing his studies at Trinity College, Oxford, John Charnock (1756-1807) joined the Royal Navy as a volunteer. Though details of his career at sea are lacking, he is known to have embarked on assiduous research into historical and contemporary naval affairs, and he cultivated contacts with many serving officers. His six-volume Biographia Navalis (1794-8), flawed yet still useful, is also reissued in the Cambridge Library Collection. Published in three volumes from 1800 to 1802, the present work stands as the first serious study of naval architecture in Britain in particular, while also noting major developments in Europe and beyond. The volumes are illustrated throughout with numerous designs of vessels. Volume 2 (1801) opens by considering Venetian and Genoese seafaring in the middle of the fifteenth century. Significant space is then given to the navies of the Tudors and Stuarts, and to changes in Europe up to the end of the seventeenth century.

The National Maritime Museum in Greenwich houses the largest collection of scale ship models in the world, many of which are official, contemporary artefacts made by the craftsmen of the navy or the shipbuilders themselves, and ranging from the mid seventeenth century to the present day. As such they represent a three-dimensional archive of unique importance and authority. Treated as historical evidence, they offer more detail than even the best plans, and demonstrate exactly what the ships looked like in a way that even the finest marine painter could not achieve. This book is the first of a series which will take selections of the best models to tell the story of specific ship types - in this case, the evolution of the cruising ship under sail. Each volume reproduces a large number of model photos, all in full colour, and including many close-up and detail views. These are captioned in depth, but many are also annotated to focus attention on interesting or unusual features. Although pictorial in emphasis, the book weaves the pictures into an authoritative text, producing an unusual and attractive form of technical history.While the series will be of particular interest to ship modellers, all those with an interest in ship design and development will attracted to the in-depth analysis of these beautifully presented books.

This long-awaited volume is a majestic guide and a tribute to the world's great yacht designers. Ten years in preparation, and with an expert editorial board giving it direction, "The Encyclopedia of Yacht Designers" defines the field with fascinating entries by eighty experts and over 800 photographs and drawings. In these pages such legendary figures from the past as William Fife, L. Francis Herreshoff, and John Alden share space with contemporary designers such as Jon Bannenberg, German Frers, and Ron Holland. They are joined by over five hundred others who have contributed to the colorful history of yachting, producing some of the most beautiful and swift vessels, whether sail or power.

The book introduces the theory of the structural loading on ships and offshore structures caused by wind, waves and currents, and goes on to describe the applications of this theory in terms of real structures. The main topics described are linear-wave induced motions, loads on floating structures, numerical methods for ascertaining wave induced motions and loads, viscous wave loads and damping, stationkeeping and water impact and entry. The applications of the theoretical principles are introduced with extensive use of exercises and examples. They include conventional ships, barges, high speed marine vehicles, semisubmersibles, tension leg platforms, moored or dynamic positioned ships, risers, buoys, fishing nets, jacket structures and gravity platforms. One aim of the book is to provide a physical understanding through simplified mathematical models. In this way one can develop analytical tools to evaluate results from test models, full scale trials or computer simulation, and learn which parameters represent the major contributions and influences on sea loads.

The technical details of British warships were recorded in a set of plans produced by the builders on completion of every ship. Known as the `as fitted' general arrangements, these drawings documented the exact appearance and fitting of the ship as it entered service.Today these plans form part of the incomparable collection of the National Maritime Museum at Greenwich, which is using the latest scanning technology to make digital copies of the highest quality. This book is one of a series based entirely on these draughts which depict famous warships in an unprecedented degree of detail - complete sets in full color, with many close-ups and enlargements that make everyaspect clear and comprehensible. Extensive captions point the reader to important features to be found in the plans, and an introduction covers the background to thedesign.HMS Birmingham was selected for the series because this famous interwar `Town' class cruiser is unusually well documented. Unusually, three separate sets of plans survive-as completed in 1937, as refitted in 1943, and as modernized in 1952-which allows this novel form of anatomy to cover the whole of the ship's long career.

The book is an excellent guide for Marine Engineers, especially those who have just about started with a career out at sea. Lost in the confines of a never-seen-before engine room, this book brings a deep insight into the actual functioning and the ropes of maintaining machinery on a sea going vessel. Most books are written with the purpose of succeeding at the examinations for certification. This book discusses performance criteria of equipment in detail, maintenance based on those criteria with over 170 sketches, drawings and images, and troubleshooting to resolve problems faced on those rust buckets. The book emphasizes training to be a great manager, staying one step ahead of peers (and may be half a step ahead of superiors). Like they say - who needs mathematics to trace a choked filter, huh? A fun book and yet an eye-opener for those still to find their sea legs.

Once, the output of such yards as Harland & Wolff and Workman, Clark was vital business of national and international importance. The Harland & Wolff yard had a long association of building ships for the White Star Line, culminating in the three largest passenger vessels of the Edwardian era, Olympic, Titanic and Britannic, as well as others for the International Mercantile Marine Co. This beautifully illustrated volume from Richard P. de Kerbrech and David L. Williams covers aspects of the construction and the skilled craftsmen that worked on these ships, and many others, from the Edwardian era to the 1920s, revelling in atmospheric views of the boiler shop, foundry, machine shop and slipways, as well as many successful launchings. The rich array of images showcases the labour-intensive heavy engineering and shipyard practices that were once part of Belfast's major industry, now sadly no more.

This is the only design book available which includes the complete design and engineering process for both power and sail. This book will help you understand why your boat was designed and built as you see it now. It will explain why your boat has certain handling characteristics, both positive and negative. Why does my boat rock so uncontrollably in rough seas? You will soon have the answers and possible solutions to this and hundreds of other questions.The professional designer will learn from the NEW formulas (developed by the author after years of research) for finding hull design pressure and speed predictions. Hull thickness and scantling size tables for Glass Fiber, Steel, Aluminum, Wood and Ferro-cement are also included. This information is provided in THIS and NO other design book published today. This book will start the novice designer on their way to the fascinating realm of boat design. Written in terms anyone can understand with formulas, tables, line drawings and illustrations to explain the process of design in great detail. The author is a member of the Society of Naval Architects and Marine Engineers. He has designed boats for ChrisCraft Corp. and has operated his own design office for over thirty years.

Arthur Edmunds is one of the country's top naval architects and his knowledge of the boat building industry has never been more apparent than in this book. Art has written this book so the reader, unfamiliar with the construction process, will understand every aspect of the process. But this is not a beginner's-only boat building book. Advanced craftsmen and top professionals have equally as much to learn from Art's years of experience. Art takes the reader from the first step of Building a Fiberglass Boat to the last step, in a manner that will certainly inspire all who ever pondered the notion. He expertly explains why a competent craftsman would want to undertake the seemingly overwhelming task of building his own boat. Art has described the two most popular sizes and styles of boats as examples for the project; a twenty-five-foot open boat and a thirty-three-foot cruising boat. Sail is also explained. By referring to these example boats, the reader can envision a boat of any size, limited only by the imagination. Everyone can learn from this book. If you have a boat just waiting to be built, you will now have the knowledge. If you never plan to build a boat, you will understand the entire process, making the Buying Experience far less confusing. There are no Trade Secrets, only knowledge not yet learned.

Kenneth J. Hagan pulls the curtain back for American civilians as he shares a sweeping account of the country's naval experience. Including the wooden Continental Navy to contemporary projections of the service's high-tech mission in the next century, The People's Navy shares the complete making and growth of America's sea power. "...provides a clear, interesting, and through-provoking introduction to the history of the American sea power and should be read by all historians of the United States... This book will provide standard interpretation for a long time to come." - Reviews in American History

This authoritative textbook covers ship construction techniques and methods for all classes of the Merchant Navy marine deck and engineering Certificates of Competency (CoC) as well as students studying for degrees and diplomas in Naval Architecture and Marine Engineering. It is complementary to Reeds Vol 4 (Naval Architecture) and Reeds Vol 8 (General Engineering Knowledge). This fully revised edition prioritises the need of these students, recognising recent syllabus changes and current pathways to a sea-going engineering career, with the increased emphasis on academic content to be delivered by colleges and universities. The text has been updated and expanded to reflect recent developments in techniques and materials used, and related changes in ship design, including sample examination questions and worked example answers throughout.

For centuries inventors have been dreaming up schemes to allow people to submerge beneath the waves, stay a while then return again unharmed. The Resurgam was designed for this purpose, as a stealthy underwater weapon which was the brainchild of an eccentric inventor realised in iron, timber, coal and steam. The inventor was George William Garrett, a curate from Manchester who designed and built the Resurgam submarine in 1879 using the limited technology available to a Victorian engineer on a small budget. This is not the story of Garrett himself as this story has already been told, instead this book tells the story how the Resurgam was built, how she may have worked and what happened to her. The book introduces Garrett the inventor then puts the creation of Resurgam in context by considering similar submarines being developed at the end of the 19th century. Garrett's relationship with the Royal Navy is related here as they were his intended client and the tale continues with a description of how the submarine was built and how it may have worked. The end of the story relates how the Resurgam came to be lost in 1880 pieced together from documents and newspaper reports. Curiously, aspects of the tale do not fit with what was found by underwater archaeologists recording the wreck so other ideas are explored about how and why the submarine was lost.

A new illustrated history and analysis of Italy's World War II destroyers, a formidable foe for Allied forces attempting to attack the sea lanes between Italy and North Africa. The Italian Royal Navy (Regia Marine or RM) began the Second World War with one of the largest fleets in the world. Included in it was a total of 59 fleet destroyers, with others added during the war. These were a diverse collection of ships dating back to the First World War with large destroyers built to counter ships of similar size introduced in the French Navy (the RM's historical enemy), and medium-sized ships which constituted the bulk of the destroyer force. RM destroyers were built for high speed, not endurance since they were only expected to operate inside the Mediterranean. They were also well-armed, but lacked radar. During the war, RM destroyers fought well. With the exception of a small force based in Abyssinia which fought a series of battles in the Red Sea against the British, RM destroyers were active in the Mediterranean. The primary mission of the RM during the war was to keep the supply lines to North Africa open. The Italians were largely successful in this effort, and destroyers were key. RM destroyers were present at every fleet action with the British Mediterranean Fleet. The intensity of these actions is reflected by the fact that the RM lost 51 destroyers during the war.

A celebrated annual publication featuring the latest research on history, development, and service of the world's warships. For 45 years, Warship has been the leading annual resource on the design, development, and deployment of the world's combat ships. Featuring a broad range of articles from a select panel of distinguished international contributors, this latest volume combines original research, new book reviews, warship notes, an image gallery, and much more, maintaining the impressive standards of scholarship and research with which Warship has become synonymous. Detailed and accurate information is the keynote of all the articles, which are fully supported by plans, data tables, and stunning photographs. The varied topics in this year's annual includes articles on the Imperial Japanese Navy carriers Soryu and Hiryu, post-war radar development in the Royal Navy, gunboats in the Imperial German Navy, Soviet battleship designs of the early Second World War, modern European frigates, and the origins of the Yokosuka naval yard.

This step-by-step guide to building a lashed-frame, fabriccovered sea kayak is both a means to a sleek, fast, universally admired boat and an excellent introduction to woodworking and boatbuilding for hobbyists. The Inuit design scales up or down to fit the paddler and can be built using $150 worth of hardware-store materials, a few basic tools, and a minimal investment of time. Also included: plans for a low-volume version designed for Eskimo rolling; an especially stable version for children; and discussions of kayaking equipment, paddling, and rolling techniques.

"The Sharpie Book" traces the development of the sharpie from its earliest days to the latest plywood-and-epoxy designs; gives comprehensive instructions that can be used to build sharpies of all types and sizes; and includes more than a dozen designs and plans for sharpies from 15 to 40 feet from the likes of Chapelle, Kunhardt, Munroe, Boiger, Clapham, Kirby, and the author. A sharpie is a long, narrow, flat-bottom craft that evolved in the 19th century along the Connecticut shore as an oyster fisherman's boat. An 1880 report by the U.S. Census Bureau characterized the sharpie as "so good a fishing boat and so fast a yacht that it has been adopted in a great many other localities throughout the United States." To this add three more superlatives--easy, cheap, and fast to build--and you have the keys to the sharpie's almost cultlike popularity among backyard boatbuilders.

A textbook that offers a unified treatment of the applications of hydrodynamics to marine problems. The applications of hydrodynamics to naval architecture and marine engineering expanded dramatically in the 1960s and 1970s. This classic textbook, originally published in 1977, filled the need for a single volume on the applications of hydrodynamics to marine problems. The book is solidly based on fundamentals, but it also guides the student to an understanding of engineering applications through its consideration of realistic configurations. The book takes a balanced approach between theory and empirics, providing the necessary theoretical background for an intelligent evaluation and application of empirical procedures. It also serves as an introduction to more specialized research methods. It unifies the seemingly diverse problems of marine hydrodynamics by examining them not as separate problems but as related applications of the general field of hydrodynamics. The book evolved from a first-year graduate course in MIT's Department of Ocean Engineering. A knowledge of advanced calculus is assumed. Students will find a previous introductory course in fluid dynamics helpful, but the book presents the necessary fundamentals in a self-contained manner. The 40th anniversary of this pioneering book offers a foreword by John Grue. Contents Model Testing * The Motion of a Viscous Fluid * The Motion of an Ideal Fluid * Lifting Surfaces * Waves and Wave Effects * Hydrodynamics of Slender Bodies

The titles in Conway's highly acclaimed Anatomy of the Ship series are widely acknowledged as standard references in their field, providing accurate and comprehensive documentation of individual ships and classes. Selected titles are now available in a new paperback format, making the series accessible to a new generation of historians, scholars, enthusiasts and ship modelmakers. The Bismarck is probably the most famous warship in the world. The 45,000-ton German battleship was completed in early 1941 and went on to sink the 'Mighty Hood', pride of the Royal Navy, during one of the most sensational naval encounters ever. After a dramatic chase around the North Atlantic, involving many units of the Royal Navy, Bismarck was finally dispatched with gunfire and torpedoes on 27 May, less than five months after she was completed. Her wreck still lies where she sank, 4,800m down and 960km off the west coast of France. In this superb book Bismarck gets the comprehensive Anatomy of the Ship treatment, which includes a complete set of superbly executed line drawings with fully descriptive keys. These are supported by technical details, photographs and a record of the ship's service history. Complete with colour references on the book cover as well as large-scale plans on the interior flaps.