A uniquely detailed study of a Japanese aircraft carrier that took part in the attack on Pearl Harbor, before being sunk at Midway. Hiryu was an aircraft carrier built for the Imperial Japanese Navy (IJN) during the 1930s. Her aircraft supported the Japanese invasion of French Indochina in mid-1940 and during the first month of the Pacific War, she took part in the attack on Pearl Harbor and the Battle of Wake Island. She supported the conquest of the Dutch East Indies in January 1942 and her aircraft bombed Darwin, Australia, and continued to assist in the Dutch East Indies campaign. In April, Hiryu's aircraft helped sink two British heavy cruisers and several merchant ships during the Indian Ocean raid. After a brief refit, Hiryu and three other fleet carriers of the First Air Fleet participated in the Battle of Midway in June 1942. After bombarding American forces on the atoll, the carriers were attacked by aircraft from Midway and the carriers USS Enterprise, Hornet, and Yorktown. Dive bombers from Yorktown and Enterprise crippled Hiryu and set her afire. She was scuttled the following day after it became clear that she could not be salvaged. The loss of Hiryu and three other IJN carriers at Midway was a crucial strategic defeat for Japan and contributed significantly to the Allies' ultimate victory in the Pacific. Drawing on new research and technology, this edition is the most comprehensive examination of Hiryu ever published. It includes a complete set of detailed line drawings with fully descriptive keys and full-color 3D artwork, supported by technical details, photographs, and text on the building of the ship and a record of the ship's service history.

In recent years much attention has been paid to safety of navigation and marine transportation. Marine Navigation and Safety of Sea Transportation addresses the main aspects of marine safety, including: safety of navigation; manoeuvering and ship-handling systems; marine traffic control and antomatic identification systems; navigation tools, systems and equipment; anti-collision; communication at sea; manoeuvering and pilot navigation; sea-river and inland navigation; route planning and weather navigation; hydrometeorological aspects; methods and algorithms; safety and reliability aspects of technical systems; marine transportation; human factors and crew resource management; maritime education and training; maritime policy, proposals and recommendations. The book is particularly of interest to academics and professionals in maritime navigation, maritime transportation, and hydrography.

This 8th edition has been fully revised to include new information on marinas, visitor moorings and anchorages, with all the attendant facilities available to cruising sailors. There is also plenty to give historical context and to whet the appetite for visits and exploration ashore. Plans have been updated throughout. Numerous photographs help to orientate, inform and inspire, including a new set of images for the Italian coast and Venice lagoon. For occasional charterers or long-term cruisers alike, Trevor and Dinah Thompson's thorough and comprehensive work should be the first choice of any cruising sailor wanting to make the most of this rich and diverse coastline. Adriatic Pilot is complemented by Imray's series of charts for the Dalmatian coast.

This collection of essays and articles from a wide range of journals is intended to make more accessible to students and scholars some of the most important writing in English in this field from the 1950s to the present day. The volume draws attention to work on both the design and the use of ships in warfare in the period c.1000-c.1500. The collection deals with both the Mediterranean and northern waters in this period and not only makes clear what work has been done in this field but indicates areas where more research is needed.

Turn a run-down fiberglass boat into a first-class yacht

Since it first appeared in 1991, Don Casey's "This Old Boat" has helped tens of thousands of sailors refurbish older fiberglass boats and has become a revered classic among boat rehabbers.This second edition is revised from first page to last with new information on electrical systems, diesel engines, refrigeration, resins, plumbing and more. Plus, more than 600 newly created illustrations enhance the book's beauty as well as its utility.

This multidisciplinary volume features invited contributions on mathematical applications in naval engineering. Seeking a more holistic approach that transcends current scientific boundaries, leading experts present interdisciplinary instruments and models on a broad range of topics. Each chapter places special emphasis on important methods, research directions, and applications of analysis within the field. Fundamental scientific and mathematical concepts are applied to topics such as the butterfly structure of the FFT, the acoustic impedance of pistons in a two-layer medium, deterministic batch trackers, spline equations, moving horizons estimation, membership games for planning sensor networks, statistical models of inertial sensors, random flight searches in bounded domains, the acoustics of a mixed porosity felt airfoil, and a novel aft boundary condition for a towed flexible cylinder. Carefully peer-reviewed and pedagogically presented for a broad readership, this volume is perfect for graduate and postdoctoral students interested in interdisciplinary research. Researchers in applied mathematics and sciences will find this book an important resource on the latest developments in the field. In keeping with the STEAM-H series, this volume hopes to inspire interdisciplinary understanding and collaboration.

Plans included: Ile de Sein (1:35 000) Audierne (1:20 000) St Guenole (1:45 000) Le Guilvinec (1:20 000) Lesconil (1:20 000) Loctudy (1:20 000) Benodet (1:20 000) L'Odet Fleuve (1:55 000) On this 2017 edition the latest depth surveys have been applied where available. The chart specification has been improved to show coloured light flashes. There has been general updating throughout.

This is the reassuring voice of the ocean sailing community. Your big adventure starts here.

For many sailors, an ocean passage is the big dream. But many will worry that they don't have the right experience, that their boat isn't strong enough, or that it will be prohibitively expensive and difficult.

Ocean Sailing will prepare you for an ocean passage by painting a picture of what ocean sailing is really like, through the experiences of others who have gone before. Topics covered range from safety to boat kit and preparations, budgeting to staying in touch with home, equipment breakdowns to health and weather.

Members of three great cruising clubs – the Royal Cruising Club, Ocean Cruising Club, and the Cruising Club of America – share their vast wealth of experience, and by focusing on the practicalities of ocean sailing, allay the anxieties and doubts of prospective ocean cruisers to ensure a deeply satisfying ocean voyage.

Marine Propellers and Propulsion, Fourth Edition, offers comprehensive, cutting edge coverage to equip marine engineers, naval architects or anyone involved in propulsion and hydrodynamics with essential job knowledge. Propulsion technology is a complex, multidisciplinary topic with design, construction, operational and research implications. Drawing on experience from a long and varied career in consulting, research, design and technical investigation, John Carlton examines hydrodynamic theory, materials and mechanical considerations, and design, operation and performance. Connecting essential theory to practical problems in design, analysis and operational efficiency, the book is an invaluable resource, packed with hard-won insights, detailed specifications and data.

Wind, waves, weather, and water demand the practiced art of seamanship"Planning and reacting to the unanticipated are the flip sides of seamanship. This blending of pre-voyage preparedness with effective on-the-water response is learned rather than inherent--together they define the art of seamanship." -- Author RALPH NARANJO Each time a sailboat casts off its docklines the sailor enters a marine realm that demands knowledge, preparedness, vigilance, and coolheadedness--these qualities are the foundation of good seamanship. Both an art as well as a science, seamanship is also the mastery of numerous practical details, from the best choice of line for a jib sheet to an accurate assessment of the passage of a deep low-pressure system. Around-the-world sailor Ralph Naranjo--technical expert, ocean racer, former Vanderstar Chair at the U.S. Naval Academy--delivers a priceless reference for anything that comes up while on the water, sharing all the knowledge today's sailors need to "hand, reef, and steer"--an enduring reference to the collective skills of the bluewater sailor. Naranjo's vast knowledge is supported by real-life examples of sailing mishaps, sample itineraries, vibrant photos, as well as first-hand accounts and sidebarsfrom top sailors and marine experts, including Shelia McCurdy, Chuck Hawley, Lee Chesneau, and Paul Miller, N.A.Seamanship is a dynamic art, demanding full attention from the sailor amidst a constant flow of information and knowledge. The Art of Seamanship will improve your problem-solving skills, whether daysailing around the harbor or voyaging around the world. You'll learn: The attributes of a good skipper and crew-includingphysical and mental agility, effective communication, andknowledge-based decision makingFine-tuning your voyaging with the seaworthiness of your boat and the capability of your crew in mindUsing weather information and routing resources to lower risks and raise rewardsDeveloping advanced boat-handling skills-includingheaving-to, towing a drogue, reefing, setting storm sails,and kedgingLines, line handling, and rigging--making sure the right strings are attached, including an in-depth look at modern rope constructionAnchoring--the art of staying put--with a realistic lookat tackle from lunch hooks to storm anchorsSails, modern sail material, sail trim, sail handling, and hardware, from hanked-on headsails to the latest top-down furlersNavigating in the satellite age, including paper and digital chartplotting, how to best use the new equipment, plus understanding the role of celestial navigation as a fail-safeSailboat design and dynamics, including the role of vessel structure and stability and a look at what your current boat has to offer and what to look for in a new boatSharing crowded waters and understanding the reasonsbehind the "rules of the road"How to be ready for any emergency, including fire, crewoverboard, a flooding bilge, or the need to abandon shipEstablishing reliable communication, including VHF, AIS, SSB, satellite phones, and beacon signaling (EPIRBS, PLBS)

Wales to the East Coast of Ireland Plans included: Cardigan (1:40 000) New Quay (1:20 000) Aberystwyth (1:20 000) Aberdovey (1:50 000) Barmouth (1:30 000) Porthmadog (1:75 000) Tremadog Bay (1:75 000) Menai Strait (1:80 000) Menai Strait - The Swellies (1:25 000) Conwy (1:30 000) Dun Laoghaire (1:25 000) Dublin Bay (1:90 000) Wicklow (1:10 000) Arklow (1:15 000) Wexford (1:75 000) On this edition the chart specification has been improved to show coloured light flashes. The firing practice areas have been updated and the extents of the Skomer I. Marine Reserve is shown. There has been general updating throughout.

This edition includes the latest official UKHO data, combined with additional information sourced from Imray's network to make it ideal for small craft. The chart has been fully revised throughout including the latest bathymetric survey data and updated wind farm detail.

Part of the small format Y series (A2 size), this replicates sheet 2400.11 from the 2400 West Country Chart Pack

The Kriegsmarine's Scharnhorst was a German capital ship, described either as a battleship or battlecruiser, and the lead ship of her class, which included one other ship, Gneisenau. She was launched on 3 October 1936 and completed in January 1939, armed with nine 28cm C/34 guns in three triple turrets. She operated with Gneisenau for much of the early portion of World War II, including sorties into the Atlantic to raid British merchant shipping. They took part in Operation Weserubung (April-June 1940), the German invasion of Norway, during which they sank the aircraft carrier HMS Glorious and her escort destroyers Acasta and Ardent. Scharnhorst also sank HMS Rawalpindi in November 1939. In early 1943, Scharnhorst joined the Tirpitz in Norway to intercept Allied convoys to the Soviet Union. On a sortie from Norway to attack a convoy, the German force was intercepted by British ships and during the Battle of the North Cape (26 December 1943), HMS Duke of York and her escorts sank Scharnhorst. Most of her crew was lost. This is the most comprehensive examination of Scharnhorst ever published, drawing on new research and technology to tell the full story of the ship. It includes a complete set of detailed line drawings with fully descriptive keys and full-colour 3D artwork, supported by technical details, photographs, and text on the building of the ship, as well as a record of her service history.

Turkey is one of the largest and most important shipping and logistics centres in the world. This edited collection brings together industrialists actively involved in the shipping trade with an interdisciplinary team of academics from the region to provide a unique, broad perspective on the industry as a whole. Using Turkey as an in-depth case study, the volume examines issues such as port economics and policy, training and education, ship finance, containerisation and maritime policy in general. This is a useful reference for professionals and academics in both shipping and logistics.

USS Iowa (BB-61) was the lead ship in one of the most famous classes of battleships ever commissioned into the US Navy. Transferred to the Pacific Fleet in 1944, the Iowa first fired her guns in anger in the Marshall Islands campaign, and sunk her first enemy ship, the Katori. The Iowa went on to serve across a number of pivotal Pacific War campaigns, including at the battles of the Philippine Sea and Leyte Gulf. It ended the war spending several months bombarding the Japanese Home Islands before the surrender in August 1945.

After taking part in the Korea War, the Iowa was decommissioned in 1958, before being briefly reactivated in the 1980s as part of President Reagan's 600-Ship Navy Plan. After being decommissioned a second and final time in 1990, the Iowa is now a museum ship in Los Angeles.

This new addition to the Anatomy of the Ship series is illustrated with contemporary photographs, scaled plans of the ship and superb 3D illustrations which bring this historic battleship to life.

This first edition chart is a replica of Imray chart 2800.17 covering the Sound of Mull. The chart has been designed with the Clyde Cruising Club and includes the latest official UKHO data combined with additional information sourced from Imray's network to make it ideal for small craft. This edition includes all the latest official bathymetric surveys and is printed on water resistant paper.

Extensively updated for the second edition, this handy guide covers the safety engineering of ship-shaped offshore installations at every stage of design, construction, operation, lifetime healthcare and decommissioning. New sections cover additional types of offshore structures, including offshore power plants, as well as cutting-edge technologies and all the latest advances in the field. The text focuses on minimising accidents and the effects of extreme conditions, with new chapters covering earthquakes, hurricanes and terrorist attacks, as well as traditional types of accidental events such as hull girder collapse, collisions, fires and explosions. This is an invaluable resource for students who will be approaching the subject for the first time as well as practising engineers and researchers.

Interest in autonomous ships has grown exponentially over the past few years. Whereas a few years ago, the prospect of unmanned and autonomous vessels sailing on the seas was considered unrealistic, the debate now centers on when and in what format and pace the development will take place. Law has a key role to play in this development and legal obstacles are often singled out as principal barriers to the rapid introduction of new technologies in shipping. Within a few years, autonomous ships have turned from a non-issue to one of the main regulatory topics being addressed by the International Maritime Organization. However, the regulatory discussion is still in its infancy, and while many new questions have been raised, few answers have been provided to them to date. Increased automation of tasks that have traditionally been undertaken by ships' crews raises interesting legal questions across the whole spectrum of maritime law. The first of its kind, this book explores the issue of autonomous ships from a wide range of legal perspectives, including both private law and public law at international and national level, making available cutting-edge research which will be of significant interest to researchers in maritime law.

Containerization provides optimization of handling processes in terms of intermodality and efficient cargo handling, and maritime transport, in particular, it provides further optimization of shipping processes in terms of volume and distance. Containerization has become the most significant factor stimulating the development of modern global trade. With the progress of globalization taken into account (longer distances and increasing cargo volumes), it can be seen that cargo becomes predestined to be transported by sea, which encourages ship owners to enlarge their fleets of container ships. Containerization in Maritime Transport: Contemporary Trends and Challenges addresses the key challenges to maritime transport and containerization, beginning with economic and managerial factors, through organizational, technical, operational, information and IT challenges, and ending with ecological challenges-ideally to lessen the environmental impacts of maritime transport. Features: Discusses the latest technological advances in shipping, including augmented reality (AR), virtual reality (VR), artificial intelligence (AI), 5G networks, smart camera and computer vision systems, and digital twin technology. Presents ecological considerations and solutions that are indispensable to develop efficient and safe green supply chains. Examines the economic aspects of shipping with regard to transport and container handling costs in international trade.