11 11/16 X 8 1/4 in

Long typecast as the hotrods of the sea--fast but dangerous--modern cruising multihulls actually are among the safest and most comfortable cruising sailboats available. Modern multihulls offer significant advantages over single-hull sailboats: They sail faster, have more living space, theyre more comfortable, more stable, they can sail safely in much shallower water, and, because their stability comes from widely spaced hulls and not from tons of lead hung off the keel, they dont sink. Given the ultimate disaster, which would you choose: A capsized yet habitable boat, floating awash, or a self-righting boat sitting at the bottom of the ocean? And multihulls are fast. A typical weekend cruisers circle of operations might double if he switches to a multihull. A transatlantic voyage might be cut by a third. No less an organization than the U.S. Navy decided that applications requiring an extremely steady platform at sea were best suited to, of all things, a catamaran.

The Cruising Multihull supplies the reader with all the latest information about design, construction, rigs, seamanship, safety, and a point-by-point rebuttal of the accepted wisdom concerning multihull dangers. It will help you decide whether a multihull is right for you; which multihull--cat or tri--is best for your needs; whether you should build one yourself, have one built, or buy one off the rack. And, of course, The Cruising Multihull shows you how to get the most from your boat.

I dont know of a more thorough survey of modern cruising multihulls than this book. For strangers to these boats who want to know more about them, as well as for multihull sailors eager to learn from a capable, articulate designer and sailor with his own point of view, I enthusiastically recommend The Cruising Multihull.--John Rousmaniere

Finally, a multihull voice which does not proselytize. Instead, logic and information pack the pages of Chris Whites . . . The Cruising Multihull.--WoodenBoat

This major study by Frederic Lane tracks the rise and decline of the great shipbuilding industry of Renaissance Venice. Drawing on a wealth of archival sources, Lane presents detailed descriptions of the Venetian arsenal, including the great galleys that doubled as cargo ships and warships; the sixteenth-century round ships, which introduced dramatic innovations in rigging; and the majestic galleons, whose straight lines and greater speed made them ideal for merchantmen, but whose narrowness made them liable to capsize if loaded with artillery. Additional chapters detail the actual process of ship construction, the organization and activity of the craft guilds, and the development and management of the Arsenal.

Ultralight canoes and small boats are things of beauty, their apparent delicacy concealing great strength. They are lapstrake-constructed from marine plywood planks, each plank overlapping the one below it in a gracefully curved hull. Epoxy glue along the laps gives the hull structural reinforcement, minimizing the need for framing and permitting an amazingly light structure. Round-bilged and elegant, they are built over jigs, but the method is straightforward and not time consuming. You can build a boat that will give you fun and satisfaction, one you can be proud of, in a winter of leisurely weekends. No fancy tools are needed, and care and patience will make up whatever you lack in woodworking skills.

All the information you need is here. Tom Hill, the chief proponent of ultralight boatbuilding and its leading practitioner, describes the method from start to finish using a skiff and canoe as examples. In the appendix is a gallery of ultralight designs, all but one of which you can build without lofting. If you want more flexibility, however, you can adapt almost any lapstrake small-boat design, traditional or modern, to the ultralight method. With some lofting (directions for which are given) you may then build a wide range of boats whose offsets are available. And you may adjust planking thickness and scantlings to give your boat extremely light weight with normal strength, or moderate weight with great strength.

Particularly if you lack an extensively equipped workshop and professional skills, "Ultralight Boatbuilding" will unlock exciting possibilities you considered out of reach.

A challenge to the prevailing idea that Confederate ironclads were inherently defective.   The development of steam propulsion machinery in warships during the nineteenth century, in conjunction with iron armor and shell guns, resulted in a technological revolution in the world’s navies. Warships utilizing all of these technologies were built in France and Great Britain in the 1850s, but it was during the American Civil War that large numbers of ironclads powered solely by steam proved themselves to be quite capable warships.     Historians have given little attention to the engineering of Confederate ironclads, although the Confederacy was often quite creative in building and obtaining marine power plants. Engines of Rebellion: Confederate Ironclads and Steam Engineering in the American Civil War focuses exclusively on ships with American built machinery, offering a detailed look at marine steam-engineering practices in both northern and southern industry prior to and during the Civil War.   Beginning with a contextual naval history of the Civil War, the creation of the ironclad program, and the advent of various technologies, Saxon T. Bisbee analyzes the armored warships built by the Confederate States of America that represented a style adapted to scarce industrial resources and facilities. This unique historical and archaeological investigation consolidates and expands on the scattered existing information about Confederate ironclad steam engines, boilers, and propulsion systems.   Through analysis of steam machinery development during the Civil War, Bisbee assesses steam plants of twenty-seven ironclads by source, type, and performance, among other factors. The wartime role of each vessel is discussed, as well as the stories of the people and establishments that contributed to its completion and operation. Rare engineering diagrams never before published or gathered in one place are included here as a complement to the text.

The proceedings of the Second International Conference on [title] held in Barcelona, Spain, September/October 1991, comprise papers on topics in ocean circulation, wave structure interaction, water quality and biological modeli harbor resonance, coastal circulation, random waves description, sedimen

This book contains updated, reviewed versions of the best papers on "Modelling Coastal Sea Processes" presented at the International Ocean and Atmosphere Pacific Conference, held in Adelaide, South Australia, on 23-27 October 1995. The articles were selected on both scientific merit and usefulness to coastal engineers, physical oceanographers and marine biologists. They cover a range of topics including the modelling of tides and storm surges (especially inundation due to surges), the analysis of modelled or recorded data to permit prediction of tide heights over tidal flats and tidal currents in the presence of coastal eddies, and the modelling of dispersion of fish larvae from spawning grounds to coastal nurseries. Computational techniques are emphasised in line with modern applications, but some analytical techniques have also been included.