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Design protection --- Shipbuilding industry --- Hulls (Naval architecture) --- Decks (Naval architecture) --- Law and legislation
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Design protection --- Shipbuilding industry --- Hulls (Naval architecture) --- Decks (Naval architecture) --- Law and legislation
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The Maritime Engineer's Reference Book is a one-stop reference for engineers involved in marine engineering and naval architecture is by leading international contributors from one of the most respected stable of marine titles on the market. Material ranges from the basics to more advanced topics on the key areas of ship design, construction and operation. It covers classic topics including ship stability and manoeuvering as well as new technologies such as computer aided ship design and automated underwater vehicles.
Naval architecture. --- Marine engineering. --- Engineering, Marine --- Marine technology --- Naval engineering --- Architecture, Naval --- Marine architecture --- Ships --- Design and construction --- Engineering --- Naval architecture --- Architecture --- Shipbuilding --- Nautical influences --- Automobile and Transportation
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Oil spills --- Hulls (Naval architecture) --- Petroleum --- Law and legislation --- Prevention. --- Design and construction --- Government policy --- Transportation
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Naval architecture. --- Shipbuilding. --- Strength of materials. --- Résistance des matériaux --- Architecture navale --- Construction navale --- Structural analysis (Engineering).
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Oil spills --- Oil spills --- Hulls (Naval architecture) --- Petroleum --- Law and legislation --- Prevention. --- Design and construction --- Government policy --- Transportation --- Law and legislation
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The more accurately a cost index captures a shipbuilder's risk, the less the Navy should have to pay its shipbuilders. The Navy uses such indexes to correct for significant cost risks outside its shipbuilders' control. A longtime material-cost index in Navy shipbuilding is the steel-vessel index, but it is outdated and volatile. The authors urge the Navy to develop a modern-vessel index that more appropriately represents the materials used today.
Shipbuilding -- Costs. --- Shipbuilding -- Materials. --- Ships, Iron and steel. --- Shipbuilding --- Ships, Iron and steel --- Naval Architecture --- Military & Naval Science --- Law, Politics & Government --- Military planning --- War on Terrorism, 2001-2009 --- Armies --- Costs --- Materials --- Costs. --- Materials. --- Iron and steel ships --- Iron ships --- Steel and iron ships --- Steel ships --- Iron, Structural --- Naval architecture --- Armored vessels --- Shipbuilding subsidies
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For centuries sailing vessels crept along the coastline, ready to flee ashore in case of danger or trouble; this worked well until weather or poor sailing drove these ships against an unforgiving coast. Saviors and salvors (often the same people) struggled to rescue both humans and cargo, often with results as tragic for them as for the sailors and passengers. Joseph Francis (b. Boston, Massachusetts, 1801) was an inventor who also had the ability to organize a business to produce his inventions and the salesmanship to sell his products. His metal lifeboats, first
Inventors --- Marine engineering --- Lifeboats --- Lifesaving --- Engineering, Marine --- Marine technology --- Naval engineering --- Engineering --- Naval architecture --- Life-boats --- Surf boats --- Boats and boating --- Life-saving apparatus --- Survival and emergency equipment --- History --- History. --- Equipment and supplies. --- Equipment and supplies --- Francis, Joseph, --- United States. --- Life-Saving Service (U.S.)
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A reappraisal of the late Victorian Navy, the so-called 'Dark Ages', showing how the period was crucial to the emergence of new technology defined by steel and electricity. In purely naval terms, the period from 1889 to 1906 is often referred to (and indeed passed over) as the 'pre-Dreadnought era', merely a prelude to the lead-up to the First World War, and thus of relatively little importance; it has therefore received little consideration from historians, a gap which this book remedies by reviewing the late Victorian Navy from a radically new perspective. It starts with the Great Near East crisis of 1878 and shows how its aftermath in the Carnarvon Commission and its evidence produced a profound shift in strategic thinking, culminating in the Naval Defence Act of 1889; this evidence, from the ship owners, provides the definitive explanation of why the Victorian Navy gave up on convoy as the primary means of trade protection in wartime, a fundamental question at the time. The book also overturns many assumptions about the era, especially the perception that the navy was weak, and clearly shows that the 1870s and early 1880s brought in crucial technological developments that made the Dreadnought possible.
Sea-power --- Naval strategy --- Warships --- Naval art and science --- Shipbuilding industry --- Ships --- Naval ships --- War-ships --- Government vessels --- Naval architecture --- Armored vessels --- Navies --- Strategy --- Dominion of the sea --- Military power --- Naval policy --- Navy --- Sea, Dominion of the --- Seapower --- Military readiness --- Naval history --- Fighting --- Naval administration --- Naval science --- Naval warfare --- War, Maritime --- War --- Military art and science --- Navigation --- History --- Military aspects --- Great Britain. --- צי הבריטי --- England and Wales. --- Great Britain --- History, Naval --- British naval history. --- Late Victorian Navy. --- pre-Dreadnought era. --- strategic thinking. --- technological developments.
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