As every boat owner knows, the more you sail, the more conscious you become of small design faults, safety deficiencies, performance problems, or simply ways in which the boat could be more efficiently maintained. This handbook tells you how to tackles such problems, how to carry out the work with confidence, fully aware of the potential pitfalls and armed with plenty of sound, step-by-step practical advice. A whole range of exciting projects are featured some simple, others more complex but none of which require boatyard expertise. As the author makes clear, the experience of doing the work yourself is rewarding and fun, and it will add to the satisfaction derived from the improvements themselves."

AC Electrical, DC Electrical, Water Supply and Waste Removal, Air Conditioning and Heating, RefrigerationAC Electrical: Calculating shore power requirements, Calculating genset power requirements, Panel sizing, Running the wire, Installing the devices. DC Electrical/House Power: Calculating power requirements, Panel sizing, Type and quantity of batteries, Battery charging, Running the wiring, Installing the devices.Water Supply & Waste Removal: Supply: Tankage, pumps and filters; Types of tubing and fittings; Running the tubing; Installing the fixtures at the point of use. Waste: Types of systems, Types of hoses and fittings, Placing the components, Running the hoses, Points of discharge.Appendixes: Addresses and phone numbers for Manufacturers, Distributors and Retailers; Tools and supplies needed; Thorough glossary of boating terms.

Wooden & Fiberglass Boats, Running GearYearly Commissioning & DecommissioningWooden & Fiberglass Boats: Through hulls, Zincs, Props, Shafts, Logs, Struts, Rudders, Cutlass bearings, Refastening, Strut blocks, Plank blocks, Bottom painting, Minor wood repairs, Sand blasting, Gel coat blisters, Primer coats, Bottom paints. Running Gear: Removal and replacement of shafts and props, Cutlass bearings.Commissioning: Getting the vessel ready, Flushing the systems, Airing out the interior, First start of the engines. Decommissioning: Water and waste systems, Engines, Interior, Exterior.Appendixes: Addresses and phone numbers for Manufacturers, Distributors and Retailers; Tools and supplies needed; Thorough glossary of boating terms. Illustrated.

If you want to better understand the big iron toiling under the deck of you sportfish, pick up a copy of the Complete Guide To Diesel Marine Engines by John Fleming. The book takes you through the ins and outs of diesel power in terms even a landlubber could understand. It explains the hows and whys of diesel engines, but there's also a chapter on the basics of trouble-shooting and another on selecting the right engine for your boat. For the die-hard, there's even a chapter on the mathematics of diesels. If you want a solid understanding of how a diesel operates, this is one hands-on guide to bring aboard.

His Majesty's Frigate Macedonian was launched at Woolwich in 1810, at the height of the wars against Napoleon; its remains, refashioned as a seaside hotel, burned in the Bronx in 1922. It is barely remembered now, but in its time the Macedonian was recognized as the most important prize ever taken by the American navy--a distinction it holds to this day. The history of this one ship, recommissioned USS Macedonian after its capture from the British in the War of 1812, is an engrossing tale filled with battles, chases, near mutiny, and an engaging cast of commanders. The Macedonian played a prominent role in such major events as the liberation of Latin America, the war against the slave trade, the great Irish famine, and the American Civil War. Not just an entertaining narrative, however, the biography of this extraordinary ship is also a detailed portrait of gunboat diplomacy in the nineteenth century.

With the sweep of its bow, its graceful lines, and its clouds of canvas, the clipper ship sparked a romance with the American public that still endures 150 years later.

The public fervor surrounding locally built clippers generated intense intercity rivalries--and a new type of thinking. Ships suddenly were christened with romantic names; interior decor of passenger-carrying vessels reached a new level of embellishment. Pushed by their masters, who drove them as no ships had been driven before, clippers reached and maintained speeds that were previously unheard of, setting records for sailing ship passages that were never to be surpassed. Their heyday was astonishingly brief--by the 1860s giving way to safer, more commodious, iron steamships, which were not at the mercy at the wind.

The product of more than 35 years of exacting research, "The American-Built Clipper Ship" presents in exquisite detail 152 clippers that comprise the culmination of the shipbuilders' art. Every facet of clipper ship design and construction is covered, including wood species, scantlings, fastenings, midship sections, interior living areas, and details of scarphs, keels, stem- and stern-post assemblies, frames, timbers, and bracing--all included in some 160 intricately drawn illustrations by a man whose unequaled work has earned him a national following among modelers and maritime museum directors. This is possibly the most complete reference on clipper ship construction ever published. No other single source covers so many vessels in such detail.

"The American-Built Clipper Ship" will be an invaluable resource for historians, model builders, and maritime artists, as well as for any newcomer who isonly now learning how addictive the subject can become.

Ships are the largest moving objects humans have ever made. Their basic design has changed very little over the past 3,500 years, yet they have played a major part in human history. This title explores the world of ships and boats, from the earliest hulls made from wood and skin, to modern cargo ships and powerful speed boats. Practical and easy-to-do projects will show you how ships work and what makes them go, what makes a submarime dive and resurface and much more.

Arthur Edmunds has created a tremendously informative book concerning fiberglass boats and their systems. Fiberglass Boat Survey will guide you through the process of choosing a boat type for your intended use. This book then continues by detailing exactly what you should inspect on any boat before you make an offer of purchase. Granted, a professional surveyor's report will be required at a later date to secure financing and insurance, but this book will guide you through the same process the professional surveyor will use. When you complete your own survey, you will have a list of the positives and negatives which you can hold in hand at the time of your offer. This step will not only enable you to make a fair offer, but also will certainly prevent surprises when the surveyor files the final report. You will not have your hopes built up only to have them dashed by the professional's report. You will know all of the information before you make your first offer. This book also offers information for locating, hiring, the customary fees for, and interaction with the professional surveyor. If only there were a book like this for used cars

Here is the history and romance of the majestic vessels with tall masts, billowing sails, and distinctive figureheads that conquered the seas and changed the face of the world.

Entering World War II as the second of the great Essexclass carriers, the Lexington destroyed more than one thousand Japanese aircraft, sank more than a million tons of enemy shipping in the Pacific, and was the first American warship to enter Tokyo Bay in victory. Decommissioned on November 8, 1991, the Lexington was the last World War II - era aircraft carrier to retire from duty. This complete photographic tour of the ship, now a museum in Corpus Christi, Texas, gives readers a close look at the technological wonders and history of U.S. Naval aviation.

Youve just spent a day on the water under a sweltering sun. You sit back, enjoying the seclusion of a remote anchorage, lulled by the rattle of ice in your cold drink. A pretty picture, but a rare one aboard cruising boats.

A house is never without its utility umbrella, but when you pull your boats shore-power plug youre on your own. Even good refrigeration systems use a lot of energy. And bad ones? Erase those ice cubes from your tropical fantasy.

Refrigeration for Pleasureboats explains how the cruising sailor can acquire the amenities--even the necessities--of an efficient onboard refrigeration system. Whether youre off for two days or two years, you must balance the highest possible cooling capacity with the lowest possible energy consumption. Calder explains clearly and logically how and why refrigeration components work, how to keep them working efficiently and economically, and what to look for when something goes wrong.

Boat refrigeration systems are phenomenally expensive. A modest refrigerator/freezer system, professionally built and installed, can cost more than $4,000. Yet these units can still have unpleasant side effects--such as killing the boats batteries. Refrigeration for Pleasureboats provides all the step-by-step information an amateur needs to design and build a custom refrigeration unit that will cost far less than half the price of an off-the-shelf unit and will likely run better with far less drain on the batteries. With Calders maintenance and troubleshooting tips, youll be able to keep it running for years to come and keep those ice cubes tinkling in that frosted glass.

This is the story of J. Henry Rushton, a native of northern New York State who became world famous as a builder of canoes. He and his craft were at the center of notable events in canoeing history in the nineteenth and early twentieth centuries. Rushton was born in 1843 in a small settlement on the edge of the Adirondack wilderness. In his thirties, seeking to cure himself of "consumption" in the mountain air, he built a boat for a trip into the woods. Tradition has it friends asked Rushton to build boats for them, too, and his career was started. Rushton was fortunate in his patrons. In 1880 he was approached by the outdoor writer, George Washington Sears, better known by his pen name 11Nessmuk.'' A frail man, Nessmuk asked Rushton to build him an exceptionally lightweight canoe. Nessmuk's solitary tours of Adirondack waterways in the 10 3/4-pound Sairy Gamp set a new trend in sports life. His letters in the journal Forest and Stream did much to popularize unguided travel through the wilderness and to spread Rushton's fame. Many illustrations, including two previously unpublished sketches by Frederic Remington, help tell the story here. Five appendixes include Rushton's catalog descriptions of his construction methods; a reprint of an article by Nessmuk, an account of the Rushton canoes extant today, drawings and specifications of seven of these extant canoes, and a lengthy discussion by Harry Rushton of his father's methods of craftsmanship.

Within the marine and offshore industry, there is a clear and growing need for increased training and education on the use of electrical power systems. The number of electrical plant and appliances now in service has grown at an alarming rate in recent years, as has the amount of electrical power generated and utilised on board. Large passenger ships now carry as many electrical officers as marine engineers, and electrical propulsion is now in common use by LNG carriers, small parcel tankers, oil tankers, ferries, offshore support, the navy, fleet auxiliary, cable layers and cruise ships. A number of shipping companies now award the Chief Electro Technical Officer the equivalent rank to the ship's master and Chief Engineer. These developments have resulted in the establishment of a Foundation Degree programme for Electro Technical Officers and the current development of full degree programmes. As such, a targeted textbook for students on the subject is required. As with all titles in the Reeds Marine Engineering Series, this book will be written in clear, accessible language, so as to be of use to all students and particularly those for whom English isn't their first language. Technical drawings and diagrams will be used throughout and each chapter will be accompanied by example examination questions.

IEEE 45(TM)-2002 is an excellent standard, which is widely used for selecting shipboard electrical and electronic system equipment and its installation. The standard is a living document often interpreted differently by different users. Handbook to IEEE Standard 45(TM) A Guide to Electrical Installations on Shipboard provides a detailed background of the changes in IEEE Std 45-2002 and the reasoning behind the changes as well as explanation and adoption of other national and international standards. It contains the complete text of IEEE 45(TM)-2002 relevant clauses, along with explanatory commentary consisting of: - Recommendation intent and interpretation - Historical perspective - Application - Supporting illustrations, drawings and tables This Handbook provides necessary technical details in a simplified form to enhance understanding of the requirements for technical and non-technical people in the maritime industry.

This book details the efforts to build a large naval vessel capable of traveling at one hundred knots. It is the first book to summarize this extensive work from historical and technical perspectives. It explores the unique principles and challenges in the design of high-speed marine craft. This volume explores different hull form concepts, requiring an understanding of the four forces affecting the lift and the drag of the craft. The four forces covered are hydrostatic (buoyancy), hydro-dynamic, aerostatic, and aerodynamic. This text will appeal to naval researchers, architects, graduate students and historians, as well as others generally interested in naval architecture and propulsion.

The value of analytical solutions relies on the rigorous formulation, and a strong mathematical background. This comprehensive volume unifies the most important geometries, which allow for the development of analytical solutions for hydrodynamic boundary value problems. It offers detailed explanations of the Laplance domain and numerical results associated with such problems, providing deep insight into the theory of hydrodynamics. Extended numerical calculations are provided and discussed, allowing the reader to use them as benchmarks for their own computations and making this an invaluable resource for specialists in in various disciplines, including hydrodynamics, acoustics, optics, electrostatics, and brain imaging.

The Nemesis was the first of a generation of iron-clad, steam-powered naval vessels that established British dominance in Asian waters in the 19th century. The world's first iron warship, the first vessel with truly watertight compartments, and the first iron vessel to round the Cape of Good Hope, Nemesis represented a staggering new level of military superiority over the oar- and sail-powered forces of Britain's Asian rivals. With a shallow draft suited to riverine operations, and flexible armaments, she originated "gunboat diplomacy" in operations during the First Opium War. While her importance is recognized in the military history literature, the Nemesis' story has not been told to modern audiences. This lively narrative creates a vivid sense of life aboard the ship, and the challenges of the new technology for her captains and crew. The book places Nemesis in the historical context of the last years of the East India Company, and in the history of steam power and of iron ships. It tells of her exploits in the First Opium War, upriver in James Brooke's Sarawak, in pirate suppression and naval actions across Asia, from Burma to Bombay to the Yangtze River and beyond.