1.
Canada
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Canada is a country in the northern half of North America. Canadas border with the United States is the worlds longest binational land border, the majority of the country has a cold or severely cold winter climate, but southerly areas are warm in summer. Canada is sparsely populated, the majority of its territory being dominated by forest and tundra. It is highly urbanized with 82 per cent of the 35.15 million people concentrated in large and medium-sized cities, One third of the population lives in the three largest cities, Toronto, Montreal and Vancouver. Its capital is Ottawa, and other urban areas include Calgary, Edmonton, Quebec City, Winnipeg. Various aboriginal peoples had inhabited what is now Canada for thousands of years prior to European colonization. Pursuant to the British North America Act, on July 1,1867, the colonies of Canada, New Brunswick and this began an accretion of provinces and territories to the mostly self-governing Dominion to the present ten provinces and three territories forming modern Canada. With the Constitution Act 1982, Canada took over authority, removing the last remaining ties of legal dependence on the Parliament of the United Kingdom. Canada is a parliamentary democracy and a constitutional monarchy, with Queen Elizabeth II being the head of state. The country is officially bilingual at the federal level and it is one of the worlds most ethnically diverse and multicultural nations, the product of large-scale immigration from many other countries. Its advanced economy is the eleventh largest in the world, relying chiefly upon its abundant natural resources, Canadas long and complex relationship with the United States has had a significant impact on its economy and culture. Canada is a country and has the tenth highest nominal per capita income globally as well as the ninth highest ranking in the Human Development Index. It ranks among the highest in international measurements of government transparency, civil liberties, quality of life, economic freedom, Canada is an influential nation in the world, primarily due to its inclusive values, years of prosperity and stability, stable economy, and efficient military. While a variety of theories have been postulated for the origins of Canada. In 1535, indigenous inhabitants of the present-day Quebec City region used the word to direct French explorer Jacques Cartier to the village of Stadacona, from the 16th to the early 18th century Canada referred to the part of New France that lay along the St. Lawrence River. In 1791, the area became two British colonies called Upper Canada and Lower Canada collectively named The Canadas, until their union as the British Province of Canada in 1841. Upon Confederation in 1867, Canada was adopted as the name for the new country at the London Conference. The transition away from the use of Dominion was formally reflected in 1982 with the passage of the Canada Act, later that year, the name of national holiday was changed from Dominion Day to Canada Day
2.
Boat
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A boat is a watercraft of a large range of sizes designed to float, plane, work or travel on water. Small boats are found on inland waterways or in protected coastal areas. However, boats such as the whaleboat were designed for operation from a ship in an offshore environment, in naval terms, a boat is a vessel small enough to be carried aboard another vessel. Another less restrictive definition is a vessel that can be lifted out of the water, some definitions do not make a distinction in size, as bulk freighters 1,000 feet long on the Great Lakes are called oreboats. For reasons of tradition, submarines are usually referred to as boats rather than ships, regardless of their size. Ships are generally distinguished from boats based on their size, shape. Boats have a variety of shapes, sizes and construction methods due to their intended purpose. Canoe-type boats have used since prehistoric times and various versions are used throughout the world for transportation. Fishing boats vary widely in style partly to local conditions. Pleasure boats include ski boats, pontoon boats, and sailboats, house boats may be used for vacationing or long-term housing. Small boats can provide transport or convey cargo to and from large ships, lifeboats have rescue and safety functions. Boats can be powered by power, wind power and motor power. Dugouts are the oldest type of boats found by archaeologists, the earliest boats are thought to have been logboats, and the oldest boats found by archaeological excavation date from around 7, 000–10,000 years ago. The oldest recovered boat in the world is the Pesse canoe and this canoe is exhibited in the Drents Museum in Assen, Netherlands. Other very old dugout boats have also been recovered, rafts have operated for at least 8,000 years. A7, 000-year-old seagoing reed boat has been found in Kuwait, boats were used between 4000 and 3000 BC in Sumer, ancient Egypt and in the Indian Ocean. Boats played an important role in the commerce between the Indus Valley Civilization and Mesopotamia, evidence of varying models of boats has also been discovered at various Indus Valley archaeological sites. Uru craft originate in Beypore, a village in south Calicut, Kerala and this type of mammoth wooden ship was constructed using teak, without any iron, and had a transport capacity of 400 tonnes
3.
Monohull
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A monohull is a type of boat having only one hull, unlike multihulled boats which can have two or more individual hulls connected to one another. Among the earliest hulls were simple logs, but these were generally unstable, adding weight or ballast to the bottom of the hull or as low as possible within the hull adds stability. Naval architects place the center of gravity substantially below the center of buoyancy, the use of stones and other weights as ballast can be traced back to the Romans, Phoenicians and Vikings. Modern ships carry tons of ballast in order to maintain their stability and this is the most prevalent form of waterborne vessel. Keels - Most sailing ships and larger sailboats have deep keels containing ballast which adds horizontal stabilility, Displacement hulls - Monohull boats frequently ride deeply in the water, this is known as a displacement hull. Planing hulls - Hulls that ride on top of the water are called planing hulls, because when they reach speed, the hulls are substantially lifted above the water, handbook of offshore cruising, The Dream and Reality of Modern Ocean Cruising. Sailing Yachts Sailboats Multihull Keel Displacement Displacement hull Hydrodynamics Buoyancy Catamaran
4.
Fiberglass
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Fiberglass is a type of fiber-reinforced plastic where the reinforcement fiber is specifically glass fiber. The glass fiber may be arranged, flattened into a sheet. The plastic matrix may be a polymer matrix – most often based on thermosetting polymers such as epoxy, polyester resin. The glass fibers are made of various types of glass depending upon the fiberglass use and these glasses all contain silica or silicate, with varying amounts of oxides of calcium, magnesium, and sometimes boron. To be used in fiberglass, glass fibers have to be made very low levels of defects. Fiberglass is a lightweight material and is used for many products. Although it is not as strong and stiff as composites based on fiber, it is less brittle. Its bulk strength and weight are also better than many metals, other common names for fiberglass are glass-reinforced plastic, glass-fiber reinforced plastic or GFK. Because glass fiber itself is referred to as fiberglass, the composite is also called fiberglass reinforced plastic. This article will adopt the convention that fiberglass refers to the glass fiber reinforced composite material. A patent for this method of producing glass wool was first applied for in 1933, Owens joined with the Corning company in 1935 and the method was adapted by Owens Corning to produce its patented fibreglas in 1936. Originally, fibreglas was a wool with fibers entrapping a great deal of gas, making it useful as an insulator. A suitable resin for combining the fibreglass with a plastic to produce a material was developed in 1936 by du Pont. The first ancestor of modern polyester resins is Cyanamids resin of 1942, peroxide curing systems were used by then. With the combination of fiberglass and resin the gas content of the material was replaced by plastic and this reduced the insulation properties to values typical of the plastic, but now for the first time the composite showed great strength and promise as a structural and building material. Confusingly, many glass fiber composites continued to be called fiberglass, ray Greene of Owens Corning is credited with producing the first composite boat in 1937, but did not proceed further at the time due to the brittle nature of the plastic used. In 1939 Russia was reported to have constructed a boat of plastic materials. The first car to have a body was a 1946 prototype of the Stout Scarab
5.
Length overall
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Length overall, often abbreviated as is the maximum length of a vessels hull measured parallel to the waterline. This length is important while docking the ship and it is the most commonly used way of expressing the size of a ship, and is also used for calculating the cost of a marina berth. LOA is usually measured on the hull alone, for sailing ships, this may exclude the bowsprit and other fittings added to the hull. This is how some racing boats and tall ships use the term LOA, however, other sources may include bowsprits in LOA. Sparred length, Total length including bowsprit, Mooring length and LOA including bowsprit are other expressions that might indicate the length of a sailing ship. Often used to distinguish between the length of a vessel including projections from the length of the hull itself, the Length on Deck or LOD is often reported and this is especially useful for smaller sailing vessels, as their LOA can be significantly different from their LOD. In ISO8666 for small boats, there is a definition of LOH and this may be shorter than a vessels LOA, because it excludes other parts attached to the hull, such as bowsprits. Another measure of length is LWL which is useful in assessing a vessels performance. In some cases LWL can be shorter than LOA. Overall length in cartridges The National Register of Historic Vessels Length between perpendiculars Hayler, William B, keever, John M. American Merchant Seamans Manual. Turpin, Edward A. McEwen, William A
6.
Waterline length
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The waterline length is the length of a ship or boat at the point where it sits in the water. It excludes the length of the boat, such as features that are out of the water. Most boats rise outwards at the bow and stern, so a boat may be quite a bit longer than its waterline length. In a ship with raked stems, naturally the waterline length changes as the draft of the ship changes. Length at the waterline is often abbreviated as lwl, w/l and this measure is essential in determining a lot of properties of a vessel, such as how much water it displaces, where the bow and stern waves are, hull speed, amount of bottom-paint needed, etc. In sailing boats, longer waterline length will usually enable a greater speed, because it allows greater sail area. Higher beam and draft causes higher resistance against the water and this maximum speed, also known as theoretical hull speed, can be calculated using the formula x 1.34. Length overall Length between perpendiculars Hayler, William B, keever, John M. American Merchant Seamans Manual. Turpin, Edward A. McEwen, William A
7.
Beam (nautical)
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The beam of a ship is its width at the widest point as measured at the ships nominal waterline. The beam is a bearing projected at right-angles from the fore and aft line, Beam may also be used to define the maximum width of a ships hull, or maximum width plus superstructure overhangs. Typical length-to-beam ratios for small sailboats are from 2,1 to 5,1, large ships have widely varying beam ratios, some as large as 20,1. Rowing shells designed for racing may have length to beam ratios as high as 30,1. The beam of many vessels can be calculated using the following formula. Some examples, For a standard 27 ft yacht, the root of 27 is 3,3 squared is 9 plus 1 =10. The beam of many 27 ft monohulls is 10 ft, for a Volvo Open 70 yacht,70.5 to the power of 2/3 =17 plus 1 =18. The beam is often around 18 ft, for a 741 ft long ship, the cube root is 9, and 9 squared is 81, plus 1. The beam will usually be around 82 ft, e. g. Seawaymax, as catamarans have more than one hull, there is a different beam calculation for this kind of vessel. BOC stands for Beam On Centerline and this term in typically used in conjunction with LOA. The ratio of LOA/BOC is used to estimate the stability of multihull vessels, the lower the ratio the greater the boats stability. The BOC for vessels is measured as follows, For a catamaran, carlin – similar to a beam, except running in a fore and aft direction. Keever, John M. American Merchant Seamans Manual, turpin, Edward A. McEwen, William A
8.
Centreboard
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A centreboard or centerboard is a retractable keel which pivots out of a slot in the hull of a sailboat, known as a centreboard trunk or centerboard case. A centreboard which consists of just a metal plate is called a centerplate. A daggerboard is similar but slides vertically rather than pivoting, the analog in a scow is a bilgeboard, these are fitted in pairs and used one at a time. Lt. John Schank was an officer of the British Royal Navy and is credited with the invention of the centerboard, Schank, however, gave credit for the idea to British Brigadier General Earl Percy. A centreboard is used to lift to counter the lateral force from the sails. This is required for sailboats to move in directions other than downwind, the more a yacht heels the more asymmetric its hull shape becomes. The centerboard, daggerboard or bilgeboard can be used as a platform upon which to stand, providing increased leverage. The efficiency of a centreboard improves with increasing aspect ratio, a long narrow centreboard produces less drag than a short, wide one for a given amount of lift, resulting in a faster boat that can point closer into the wind. A fore and aft, pivoting centreboard can also be used to move the centre of lateral resistance aft to match a change in sail plan, such as furling or dropping the jib. A retracting centreboard is more complex than a keel. Other types feature a casing under the boat, which does not take up space, for this reason, it is not uncommon to find boats with a combination of shallow keel and centreboard. The keel provides the housing for the centreboard, moving it out of the hull, the centreboard can then be lowered in deeper waters to increase the amount of lift. Ballast is usually provided in the keel, keeping the lighter and easier to handle. Centreboards are often ballasted in keelboats, ballasted centreboards are generally not locked in place when lowered, the mass of the ballast keeps them down. The mass of a ballasted foil means that a system of pulleys may be required to allow the sailor to lift the foil, and a method of latching the board in the upward position is needed. A centreboard differs from a ballast keel in that centreboards do not contribute to the stability of the vessel, in small sailing dinghies it is rare to find a ballasted centreboard. On larger sailing vessels, a design is sometimes incorporated to enable navigation into shallower water than a fixed keel would allow. In these situations the appendage is generally referred to as a keel or a swing keel
9.
Outboard motor
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An outboard motor is a propulsion system for boats, consisting of a self-contained unit that includes engine, gearbox and propeller or jet drive, designed to be affixed to the outside of the transom. They are the most common motorized method of propelling small watercraft, as well as providing propulsion, outboards provide steering control, as they are designed to pivot over their mountings and thus control the direction of thrust. The skeg also acts as a rudder when the engine is not running, unlike inboard motors, outboard motors can be easily removed for storage or repairs. In order to eliminate the chances of hitting bottom with an outboard motor and this helps when traveling through shallow waters where there may be debris that could potentially damage the motor as well as the propeller. Large outboards are usually bolted to the transom, and are linked to controls at the helm, small outboard motors, up to 15 horsepower or so are easily portable. They are affixed to the boat via clamps, and thus moved from boat to boat. These motors typically use a manual system, with throttle and gearshift controls mounted on the body of the motor. To provide auxiliary power for sailboats, for trolling aboard larger craft, in this application, the motor is frequently installed on the transom alongside and connected to the primary outboard to enable helm steering. In addition many small manufacturers have begun offering variants with power trim/tilt. Pump-jet propulsion is available as an option on most outboard motors, although less efficient than an open propeller, they are particularly useful in applications where the ability to operate in very shallow water is important. They also eliminate the dangers of an open propeller. The first known outboard motor was a small 5 kilogram electric unit designed around 1870 by Gustave Trouvé, later about 25 petrol powered outboards may have been produced in 1896 by American Motors Co—but neither of these two pioneering efforts appear to have had much impact. The Waterman outboard engine appears to be the first real gasoline-powered outboard offered for sale, the inboard boat motor firm of Caille Motor Company of Detroit were instrumental in making the cylinder and engines. The most successful early outboard motor, was created by Norwegian-American inventor Ole Evinrude in 1909, between 1909 and 1912, Evinrude made thousands of his outboards and the three horse units were sold around the world. His Evinrude Outboard Co. was spun off to other owners, the 1920s were the first high-water mark for the outboard with Evinrude, Johnson, ELTO, Atwater Lockwood and dozens of other makers in the field. Historically, a majority of outboards have been two-stroke powerheads fitted with a due to the designs inherent simplicity, reliability, low cost. Drawbacks include increased pollution, due to the volume of unburned gasoline and oil in their exhaust. In the early 1980s Honda Motor Co. introduced its first four-stroke powerhead, in 1984, Yamaha introduced their first four-stroke powerhead
10.
Rudder
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A rudder is a primary control surface used to steer a ship, boat, submarine, hovercraft, aircraft, or other conveyance that moves through a fluid medium. On an aircraft the rudder is used primarily to counter adverse yaw, a rudder operates by redirecting the fluid past the hull or fuselage, thus imparting a turning or yawing motion to the craft. In basic form, a rudder is a plane or sheet of material attached with hinges to the crafts stern, tail. Often rudders are shaped so as to minimize hydrodynamic or aerodynamic drag, on simple watercraft, a tiller—essentially, a stick or pole acting as a lever arm—may be attached to the top of the rudder to allow it to be turned by a helmsman. In larger vessels, cables, pushrods, or hydraulics may be used to link rudders to steering wheels, in typical aircraft, the rudder is operated by pedals via mechanical linkages or hydraulics. Generally, a rudder is part of the apparatus of a boat or ship that is fastened outside the hull, that is denoting all different types of oars, paddles. More specifically, the gear of ancient vessels can be classified into side-rudders and stern-mounted rudders. A third term, steering oar, can denote both types, in a Mediterranean context, side-rudders are more specifically called quarter-rudders as the later term designates more exactly the place where the rudder was mounted. Stern-mounted rudders are uniformly suspended at the back of the ship in a central position. S, a steering oar was used at this time because the rudder had not yet been invented. With a single sail, a frequent movement of the oar was required to steer a straight course. The steering oar or steering board is an oar or board to control the direction of a ship or other watercraft prior to the invention of the rudder. It is normally attached to the side in larger vessels, though in smaller ones it is rarely, if ever. Rowing oars set aside for steering appeared on large Egyptian vessels long before the time of Menes, in the Old Kingdom as much as five steering oars are found on each side of passenger boats. The tiller, at first a small pin run through the stock of the steering oar, both the tiller and the introduction of an upright steering post abaft reduced the usual number of necessary steering oars to one each side. In Iran, oars mounted on the side of ships for steering are documented from the 3rd millennium BCE in artwork, wooden models, the strength of the steering oar lay in its combination of effectiveness, adaptability and simpleness. Roman quarter steering oar mounting systems survived mostly intact through the medieval period, by the first half of the 1st century AD, steering gear mounted on the stern were also quite common in Roman river and harbour craft as proved from reliefs and archaeological finds. A tomb plaque of Hadrianic age shows a harbour tug boat in Ostia with a long stern-mounted oar for better leverage, interestingly, the boat already featured a spritsail, adding to the mobility of the harbour vessel. Further attested Roman uses of stern-mounted steering oars includes barges under tow, transport ships for wine casks, also, the well-known Zwammerdam find, a large river barge at the mouth of the Rhine, featured a large steering gear mounted on the stern
11.
Fractional rig
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A fractional rig on a sailing vessel consists of a foresail, such as a jib or genoa sail, that does not reach all the way to the top of the mast. In the adjacent picture, the forestay that secures the mast at the front of the boat is attached to the mast at a lower point, the mast is farther forward on the boat than on a masthead rig and so it has a larger main sail. Masthead rigs are most common on larger boats or cruisers. A fractional rig is used on dinghy sailing boats and racing oriented keel boats. Fractional rigs were introduced on race boats in order to allow more controllability of the surface of the main sail, according to one manufacturer, a key to making fast boats easier to sail than slow boats is the fractional rig. Usually a fractional rig features a main sail and a smaller non-overlapping jib. This configuration is optimized for up-wind sailing efficiency, for downwind sailing, a larger jib is more desirable but in the case of many high-performance fractional rig sailboats, the smaller jib is substituted by a spinnaker or gennaker. A major advantage of the rig, especially the 3/4 rig, is that the jib can be taken in without the boat rounding up into the wind like a weather vane. With the masthead sloop, both the main and the jib must be reefed, when shortening sail, to keep this from happening, fractional rigs are used on lightly built multi-hulls for this reason. Throughout the 20th century, most sloops of less than 20 feet in length have had fractional rigs, many sailing sloops from the first part of the 20th century were fractional rigged. The increased prevalence of fractional rigs on sloops in the early 20th century probably coincided roughly with the disappearance of the gaff rig and this was important because the sailcloth available in those days made it difficult to construct high-aspect sails. As sailcloth improved in the half of the 20th century. It therefore became more practical for sloops to be designed with the simpler masthead-rigged mast, most production sailboats from the 60s and 70s were masthead-rigged sloops. Masthead-rigged sloops typically carry a larger spinnaker than fractional-rigged sloops, fractional rigged sloops are starting to become popular again, especially for high-performance racing boats. A fractional rig allows the mast to bend more easily, which in turn allows more adjustment to the shape of the mainsail, many people believe that a fractional-rigged sloop is faster upwind than a similar masthead-rigged sloop, especially as the wind strength increases. Most of the newest generation of fractional-rigged sloops fly their spinnakers from the top of the mast and these boats are said to have masthead spinnakers, and this development gives the boat very good performance both upwind and downwind in all wind strengths. An inherent problem of a rig is its inability to exert as much tension on the forestay as a similar masthead rig. The reason for this is because the attachment point of the forestay is not directly opposite to the backstay, jumper stays were common in the first part of the 20th century
12.
Sloop
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A sloop is a sailing boat with a single mast and a fore-and-aft rig. A sloop has only one head-sail, if a vessel has two or more head-sails, the cutter is used, and its mast may be set further aft than on a sloop. The most common rig of modern sailboats is the Bermuda-rigged sloop, typically, a modern sloop carries a mainsail on a boom aft of the mast, with a single loose-footed head-sail forward of the mast. Sloops are either masthead-rigged or fractional-rigged, on a masthead-rigged sloop, the forestay attaches at the top of the mast. The mainsail may be smaller than the headsail, which is called a genoa jib. On a fractional-rigged sloop, the forestay attaches to the mast at a point below the top, typically 3/4 of the way to top, or perhaps 7/8 or some other fraction. The mast of a fractional-rigged sloop may be placed forward, compared to a masthead-rigged sloop. After the cat rig, which has only a mainsail, the rig is one of the simpler sailing rig configurations. A sloop typically has two sails, a mainsail and a headsail, while the cutter has a mainsail and two or more headsails, next in complexity are the ketch, the yawl and the schooner, each of which has two masts and a minimum of three sails. A sloop has a system of mast rigging — a forestay. By having only two sails, the sails of a sloop are larger than those of an equivalent cutter. Until the advent of lightweight sailcloth and modern sail-handling systems, the sails of a sloop could be a handful. So, until the 1950s, sailboats over 10 metres Length Over All would typically use a rig or a two-mast rig. After the advent of modern winches and light sailcloth, the became the dominant sailing rig type for all. No rig type is perfect for all conditions, sloops, with their paucity of spars and control lines tend to impart less aerodynamic drag. Compared to other rigs, sloops tend to very well when sailing close hauled to windward. Cutters, ketches and yawls are often preferred to sloops when venturing far offshore, because it is easier to reef small sails as the wind increases, while still keeping the boat balanced. To maximize the amount of sail carried, the classic sloop may use a bowsprit, for downwind sailing, the typical foresail may be replaced by larger curved sails known as spinnakers or gennakers
13.
Mainsail
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A mainsail is a sail located behind the main mast of a sailing vessel. On a square rigged vessel, it is the lowest and largest sail on the main mast. On a fore-and-aft rigged vessel, it is the lowest and largest and often the only sail rigged aft of the main mast, a sail rigged in this position without a boom is generally called a trysail, and is used in extremely heavy weather. Traditional fore-and-aft rigs used a four-sided gaff rigged mainsail, sometimes setting a gaff topsail above it, the modern Bermuda rig uses a triangular mainsail as the only sail aft of the mast, closely coordinated with a jib for sailing upwind. A large overlapping jib or genoa is larger than the mainsail. In downwind conditions a spinnaker replaces the jib, some mainsails are full-batten mainsails, meaning the batten extends all the way from the mast to the leeach of a sail. A partial batten extends from the mast partway to the leech, battens enable the mainsail to project farther away from the mast. However, there is some cost associated with the battens themselves, batten pockets need to be sewn into the sail, and batten cars may be needed to allow the sail to be raised and lowered. A mainsail may be fixed to the boom via slugs, cars, or a bolt-rope, or may be loose-footed, meaning it is attached at the tack. Before Nathanael Greene Herreshoffs invention of tracks and slides in the 1880s. Traditional mainsails were held against the mast by hoops that went the way around the mast. This meant a traditional mainsail could be raised no higher than the first point a rope or wire was required to keep the mast upright
14.
Jib
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A jib is a triangular staysail that sets ahead of the foremast of a sailing vessel. Its tack is fixed to the bowsprit, to the bow, jibs and spinnakers are the two main types of headsails on a modern boat. Boats may be sailed using a jib alone, more commonly jib make a direct contribution to propulsion. Generally, a jibs most crucial function is as an airfoil, increasing performance, on boats with only one jib, it is common for the clew of the jib to be further aft than the mast, meaning the jib and mainsail overlap. An overlapping jib is called a genoa jib or simply a genoa and these are efficiently used when reaching more broadly than a close reach. Alternatively, a boat may carry smaller jibs, to compensate aerodynamics when the sail is reefed. On a boat with two staysails the inner sail is called the staysail, and the outer is called the jib and this combination of two staysails is called a cutter rig and a boat with one mast rigged with two staysails and a mainsail is called a cutter. On cruising yachts, and nearly all racing sailboats, the jib needs to be worked when tacking, on these yachts, there are two sheets attached to the clew of the jib. As the yacht comes head to wind during a tack, the sheet is released. This sheet becomes the new active sheet until the next tack, schooners typically have up to three jibs. The foremost one sets on the topmast forestay and is called the jib topsail, a second on the main forestay is called the jib. Actually, all three sails are both jibs and staysails in the generic sense, jibs, but not staysails, could also be set flying, i. e. not attached to the standing rigging. A large square-rigged ship typically has four jibs, but could have as many as six, from forward to aft, these sails are called, Jib of jibs Spindle jib Flying jib Outer jib Inner jib Fore staysail. The first two were used except by clipper ships in light winds and were usually set flying. A storm jib was a small jib of heavy canvas set to a stay to help to control the ship in bad weather
15.
Genoa (sail)
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The genoa is a type of large jib or staysail that overlaps the main sail, sometimes eliminating it. It was originally referred to as a jib and later as a Genoa jib. It is used on single-masted sloops and twin-masted boats such as yawls and its larger surface area increases the speed of the craft in light to moderate winds, in high wind conditions a smaller jib is usually substituted, and downwind a spinnaker may be used. The feature that distinguishes a genoa from a working jib is that the former extends past the mast, the term jib is the generic term for any of an assortment of headsails. Colloquially the term is used interchangeably with jib. A working jib is no larger than the 100% foretriangle, a genoa is larger, with the leech going past the mast and overlapping the mainsail. To maximize sail area, the foot of the sail is generally parallel, genoas are categorized by a percentage representing their area relative to the 100% foretriangle. Sail racing classes often specify a limit to genoa size, genoas are classified by their size, a modern number 1 genoa would typically be approximately 155%, but historically number 1 genoas have been as large as 180%. Number 2 genoas are generally in the range of 125–140%, working jibs are also defined by the same measure, typically 100% or less of the foretriangle. Under Performance Handicap Racing Fleet rules, most boats are allowed 155% genoas without a penalty, maximizing the sail area can cause more difficult handling. It may be harder to tack a genoa than a jib, the gennaker has been around for several decades now, and as the name suggests, it is a hybrid between a genoa and an asymmetrical spinnaker. A brand name of North Sails, the started as a cruising sail based on the Code 0 spinnakers used on racing boats. Gennakers and similar code 0 variants offered by other makers are even larger than genoas, flat-cut gennakers can be effective for angles as low as 60–70 degrees. Spinnakers perform much better when running because the main sail blocks the wind of gennaker above 135–150 degrees, the famous Swedish sailor and shipowner Sven Salén first used the genoa on his 6 m R-yacht May-Be by the 1926 in Coppa di Terreno in Genua, hence the name. He successfully used it during the Scandinavian Gold Cups races of 1927 in Oyster Bay, Sven Salén also pioneered the parachute spinnacre. A similar type of jib was in use for centuries by the fishermen in the Netherlands with their Botter type ships, the fishermen relied on the combination of a large jib while fishing so the mainsail could remain unused. After fishing the fishermans jib helped to get the fish to markets fast, a correct explanation of the interaction between jib and mainsail was published by aerodynamicist and yachtsman Arvel Gentry in 1981, and is much more complicated than the old theories imply. This states that the widely believed explanation of the effect is completely wrong
16.
Sailboat
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A sailboat or sailing boat is a boat propelled partly or entirely by sails smaller than a sailing ship. Distinctions in what constitutes a sailing boat and ship vary by region, although sailboat terminology has varied across history, many terms have specific meanings in the context of modern yachting. A great number of sailboat-types may be distinguished by size, hull configuration, keel type, purpose, number and configuration of masts, and sail plan. Once a common racing configuration, today it gives versatility to cruising boats, a catboat has a single mast mounted far forward and does not carry a jib. Most modern designs have only one sail, the mainsail, however, a dinghy is a type of small open sailboat commonly used for recreation, sail training, and tending a larger vessel. They are popular in youth sailing programs for their short LOA, simple operation and they have three sails, the mainsail, jib, and spinnaker. Ketches are similar to a sloop, but there is a shorter mast astern of the mainmast. The second mast is called the mizzen mast and the sail is called the mizzen sail, a ketch can also be Cutter-rigged with two head sails. A schooner has a mainmast taller than its foremast, distinguishing it from a ketch or a yawl, a schooner can have more than two masts, with the foremast always lower than the foremost main. Traditional topsail schooners have topmasts allowing triangular topsails sails to be flown above their gaff sails, the most common modern sailboat is the sloop, which features one mast and two sails, typically a Bermuda rigged main, and a headsail. This simple configuration is very efficient for sailing into the wind, a smaller headsail is easier for a short-handed crew to manage. A yawl is similar to a ketch, with a mizzen mast carried astern the rudderpost more for balancing the helm than propulsion. Traditional sailboats are monohulls, but multi-hull catamarans and trimarans are gaining popularity, monohull boats generally rely on ballast for stability and usually are displacement hulls. This stabilizing ballast can, in boats designed for racing, be as much as 50% of the weight of the boat and it creates two problems, one, it gives the monohull tremendous inertia, making it less maneuverable and reducing its acceleration. Secondly, unless it has built with buoyant foam or air tanks, if a monohull fills with water. Multihulls rely on the geometry and the stance of the multiple hulls for their stability. Indeed, multihulls are designed to be as light-weight as possible and this absence of ballast also results in some very real performance gains in terms of acceleration, top speed, and maneuverability. The lack of ballast makes it easier to get a multihull on plane, reducing its wetted surface area and thus its drag. The absence of drag improves wind precision
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Keelboat
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A keelboat is a riverine cargo-capable working boat, or a small- to mid-sized recreational sailing yacht. The two terms may draw from cognate words with different final meaning and they were also used extensively for transporting cargo to market, and for exploration and trading expeditions, for water transport was then most effective means to move bulky or heavy cargo. Keelboats were similar to riverboats, but like other barges were unpowered and were controlled with oars or poles—usually the latter. Keelboats have been used for exploration, such as the Lewis and Clark Expedition, the process of moving a keelboat upriver was extremely difficult, though current dependent. Most of these keelboats were 50 to 80 feet long and 15 feet wide and they usually had a cabin in the middle, but were sometimes constructed with an open deck. Mike Fink is probably the most noted keelboater in history, the Republican had in tow keel boats, the Hoosier Lady and the Hoosier Boy, bringing freight to Lafayette, Messrs Taylor & Harter, Taylor & Li. J. McCormick, J. B. Semans and Hunter, and for Messrs, Ewing of the Bridge at Logansport and this is the first arrival at Lafayette this year. We understand the Republican is going to try and ascend the Wabash at Logansport, the Wabash is in steam boating condition, and we may experience several arrivals, in a few days. The term keel was associated in Great Britain with three particular working boat types, the Norfolk Keel ancestor of the Norfolk Wherry, the Humber Keel and the Tyne Keel and their Keelmen. A keelboat is technically any sailboat with a keel—as opposed to a centerboard or daggerboard, in New Zealand the term keeler is frequently used as a generic alternative - meaning any sailboat with a keel, regardless of size. ISAF usage differentiates keelboats from generally larger yachts, despite overlap in the sizes of boats in the two classes
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Keel
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On boats and ships, keel can refer to either of two parts, a structural element that sometimes resembles a fin and protrudes below a boat along the central line, or a hydrodynamic element. As the laying down of the keel is the step in the construction of a ship, in British. Only the ships launching is considered significant in its creation. The word can also be used as a synecdoche to refer to a complete boat, a structural keel is the bottom-most structural member around which the hull of a ship is built. The keel runs along the centerline of the ship, from the bow to the stern. The keel is often the first part of a hull to be constructed. The most common type of keel is the plate keel. A form of keel found on smaller vessels is the bar keel, which may be fitted in trawlers, tugs, and smaller ferries. Where grounding is possible, this type of keel is suitable with its massive scantlings, if a double bottom is fitted, the keel is almost inevitably of the flat plate type, bar keels often being associated with open floors, where the plate keel may also be fitted. Duct keels are provided in the bottom of some vessels and these run from the forward engine room bulkhead to the collision bulkhead and are utilized to carry the double bottom piping. The piping is then accessible when cargo is loaded, the keel surface on the bottom of the hull gives the ship greater directional control and stability. In non-sailing hulls, the helps the hull to move forward. In traditional boat building, this is provided by the structural keel, in modern construction, the bar keel or flat-plate keel performs the same function. There are many types of fixed keels, including full keels, long keels, fin keels, winged keels, bulb keels, the rudimentary purpose of the keel is to convert the sideways motion of the wind when it is abeam into forward motion. A secondary purpose of the keel is to provide ballast, keels are different from centreboards and other types of foils in that keels are made of heavy materials to provide ballast to stabilize the boat. Keels may be fixed, or non-movable, or they may retract to allow sailing in shallower waters, retracting keels may pivot or slide upwards to retract, and are usually retracted with a winch due to the weight of the ballast. Since the keel provides far more stability when lowered than when retracted, types of non-fixed keels include swing keels and canting keels. Canting keels can be found on racing yachts, such as competing in the Volvo Ocean Race
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Catalina 22
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The Catalina 22 is a popular sailboat produced by Catalina Yachts. Its hull measures 21 foot 6 inches, which is rounded up to 22 feet for use in the models name, first produced in 1969, it is one of the longest continuously produced sailboats in the world. The boat is one of five members to the American Sailboat Hall of Fame. As of 2007, there have been three versions, The original, Mark I, produced from 1969 to 1985, with approximately 13,000 built, the New Design, produced from 1985 to 1995. The Mark II, produced from 1995 to 2004, the Catalina 22 Sport, produced from 2004 to current. These boats have been manufactured with three variants, swing Keel, fin Keel, and wing Keel. The Catalina 22 has also manufactured in Australia and marketed as the Boomaroo 22 before being relaunched as the Catalina 22. The design was produced in Europe as the Alacrity 22 manufactured in the United Kingdom, rig Dimensions for MK1, MK2 and Sport, I=25.83 ft J=8.00 ft P=21.00 ft E=9.66 ft Catalina 22 Organization
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J/22
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The International J/22 is a popular fixed-keel one-design racing sailboat normally raced with a crew of three or four people. It races with the jib, a non-overlapping jib, a mainsail. The boat is capable of planing on reaches and runs, There are over 1,600 J/22s now sailing in 65 active fleets in eighteen countries on three continents. Recognized by the ISAF, the International J/22 Class Association promotes activities, There is a very active class web site and association newsletters. For class racing, sails are restricted to only a main, small jib, according to the builder, There is no better One-Design value available in a 22 keelboat. Over 130 boats sailed in the 2004 World Championship, the J/22 has a comfortable self-bailing cockpit with 7 ft. long seats and room for 4 people in the cabin to escape the rain or cold. J/22 is built for safety with buoyancy tanks and offshore hatches and her 700 lb. lead keel lowers the center of gravity, creating nearly 1700 foot pounds of righting moment at 90 degrees of heel. J/24 J/27 J/32 Official International J/22 Class website with links to J/22 country associations
Media related to CS 22 at Wikimedia Commons