... was not the first person to be fascinated by boiling water and by the steam that came from the spout of a kettle. People had watched this happen for centuries, and occasionally some had tried to put this steam to use. Hero of Alexandria, a Greek scientist, had made a little steam engine in about the 1st century A.D. But at that time, there was nothing for the ... engine to do. There was so much slave labor that there was little use for laborsaving machinery. Hero's invention ... of the piston forced it down into the vacuum. When the piston reached the bottom of the cylinder, weights at...

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• Grade Level: High School

... that you could make it fast real easily. Every one has their favorite Mustang mine is the 1993 GT. After 1993 they changed the body style and put in a different engine. The engine didn't really make a big difference it just made it lighter. Speed The Fastest Mustang probably is going to be the 2004 it is suppose to have ... a 5.8 engine, which is bigger, the corvette engine. The second fastest is the 1993 mustang Gt. (That's the one I have) it is the last body style of the fox. Over the years the car has grown more popular ... ...

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• Grade Level: High School

... degree angle to each other. Its advantages are its short length, the strenth of the block, its heavy crankshaft, and is at a low profile, for a car with a low hood. This V engine lends itself to very high compression ratios without block distortion under load, resistance to most vibration, and a shorter car length without losing passenger room. In 1914, Cadillac was the first ... company in the United States to use a V-8 engine in its cars. In-line engines have the cylinders arranged, one after the other, in a straight line. Almost all four cylinder engines are inline engines. There are...

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... causing the suction required for to bring air and fuel in to the chamber. The ignition and fuel delivery systems of a rotary engine are similar to a piston engine, but the other parts of a rotary engine are very different. The rotor [Figure A Rotor] Figure A Rotor Figure B Housing (piston) has three convex surfaces with pockets ... more displacement, and therefore more air/fuel mixture. The apex seals are what keeps the combustion chambers separate, and are like the piston rings on a piston engine. The housing [Figure B Housing] for the rotor is roughly oval, and is designed so all the ...

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... of the area. It all started in the year 1860 marking a turning point when Etienne Lenoir (1822-1900) built his remarkable gas engine. His engine introduced one of those key innovations, which defined subsequent designs, for a long time. (Lenoir's 1-Cylinder engine was a horizontal arrangement and his 'car' was termed the "Hippomobile" because it generated its fuel - hydrogen - via the electrolysis of water. This ... engine was later adopted to use various other gases, such as the one derived from coal etc. This coal-gas burning engine variety is the one, which ultimately found commercia...

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... constructed another form of automobile in 1781, and in 1784 they produced a model of a wagon that used the power of a high-pressure, noncondensing steam engine. The British inventor William Symington, in 1786 built a working model of a so-called steam carriage. The first automobile to carry passengers was built in 1801 by the British inventor Richard Trevithick. His success was based on the greater ... motor, patented in 1887, achieved speeds many times those of any previous engine, that way it would hold three times more and go three times faster. In 1889 he developed a two-cylinder en...

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... the 19th century, the Industrial Revolution had produced great changes in Britain and in Europe. The major driving force of the period was steam power. Steam technology was highly developed and, newly invented large more efficient engines were produced. These engines used much less coal to fuel them. Whilst ... and the kinetoscope together, he produced the first talking movie. We go on to the invention of better transportation, beyond the steam engine. The modern motorcar, powered by a petrol driven engine was not, the invention of one single person. It was, in fact, the combined effort o...

• Word Count: 1535
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... the 19th century, the Industrial Revolution had produced great changes in Britain and in Europe. The major driving force of the period was steam power. Steam technology was highly developed and, newly invented large more efficient engines were produced. These engines used much less coal to fuel them. Whilst ... and the kinetoscope together, he produced the first talking movie. We go on to the invention of better transportation, beyond the steam engine. The modern motorcar, powered by a petrol driven engine was not, the invention of one single person. It was, in fact, the combined effort o...

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... wheel that powered itself. Many believe that in1769 the car was created by a French army officer named Captain Nicolas-Joseph Cugnot. He made a three wheeled steam powered vehicle that carried 4 people. Having a top speed of only 2mph, he designed it to move artillery pieces. In 1801, new creations that ... to and from London, Horse Drawn companies and railroads were losing business. They pressured Parliament to pass high taxes on the steam powered vehicles, quickly driving them out of business. Internal combustion engines were discovered in 1860, and quickly became the new norm in autom...

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... was born in Dearborn Michigan. When Henry turned sixteen he left his home in Detroit for an apprentice opportunity with a machinist. The first engine he built was steam turbine. The boiler exploded, hit Ford in the chest, and caught a fence on fire at his school. He was required to pay ... for the fence. His first working engine was a water turbine that ran off of a faucet to power a wood lathe. The engine had ½ horse power. When Ford ... His first "car- was the "Quadracycle-. It had four bicycle wheels and seated one person. The car was powered by a small, gasoline, internal combustio...

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... has no moving parts and achieves compression of intake air by the forward speed of the air vehicle. The air inlet/diffuser admits air to the engine, reduces air velocity and develops ram pressure. The combustor adds heat and mass to the compressed air by burning a fuel. The nozzle converts some ... fans getting destroyed at the high speeds) then the ramjet boosts the craft close enough to mach 5 for the scramjet to kick in. PULSE DETONATION WAVE ENGINE: One option for a hypersonic aircraft might be four or six Pulse Detonation Wave Engines (PDWEs), fuelled with liquid methane. As air bre...

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... engines by the introduction of the small block Chevy. Being an avid car crafter myself, I have enjoyed the many exciting advantages of this powerful engine. I think that the small block Chevy is an engineering masterpiece and a wonderful addition to the advancement of technology in the automotive field. The small ... were the main stay through the mid- eighties until Chevy switched to another type of induction on this same generation but almost completely different engine. Next Chevy would venture into a whole new realm of engines in the early nineties; this group of engines would be th...

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... good condition can last longer and give a better gas mileage. In the long term, it can save you a great deal of money. To assure an engine's durability, regular maintenance is of great importance. It is obvious that all engines need maintenance and we should know that regular maintenance is not a waste of money. In accordance on ... from wearing out. Changing the thermostat makes an excellent example of this point. If we do not change the thermostat when it gets damaged, it will lead the engine to over heat. Now, the part that mostly gets damage out of this impertinence is the head, es...

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... are four main functions of operation: intake, compression, combustion, and exhaust. These four factors are the most critical parts to a car engine, as they make the engine run, and allow the car to move. Gasoline links these four functions together, but is used only in combustion. A flammable liquid like ... through an air filter then directly into the cylinders. High-performance engines are either turbocharged or supercharged, meaning that the air entering the engine is pressurized, so that more air can be forced into the cylinder, optimizing the air/fuel ratios and increasing performa...

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... state condition. In second stage, there are two types of test to be carried out that is the fuel consumption test and the engine performance test. Then, it is follow up by the procedure after experiment to clear and tidy up the experimental equipments. The procedures are ... . (These devices include thermocouple scanner, air velocity meter, pressure gauge, dynamometer load meter, automotive emission analyzer, and computer system) 7. Ensure the engine is in good condition and is able to operate properly. 8. Switch on the air compressor to operate the exhaust suction device. 9. Switch on ....

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... the United States. The first U.S. production began in 1892 in Waltham, Massachusetts. The motorcycle was called the Orient-Aster and contained the DeDion-Buton engine. Production continued at a slow pace until 1960. Between 1960 and 1970 over five million motorcycles were produced and sold. During the 1970's oil ... clearance the piston will shake (seizure) resulting in noise, damage to the cylinder wall and loss of power. In the bottom end of the engine, the crankshaft continually spins giving the piston the power to continue to work. The crankcase houses the crankshaft. It operates und...

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... new to the aviation industry in 1989. In fact, there have been 14 uncontained failures since 1970. That doesn't say too much when the jet engine was first introduced into commercial aviation in the 1960's. One of the uncontained failures happened on November 3, 1973. A DC-10, powered by GE ... forged. First, it must be understood that there are three primary steps in manufacturing of titanium alloy fan disks, such as the one on the GE engine. The processes are material processing (making the material) forging (forming the material to a particular shape) and final machining (taking the par...

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... Wt. 64%), and Nickel (Wt. 9%). Stainless Steel has excellent corrosion properties, which make it very resistant to the environment, chemicals, and most engine fluids. The yield strength of this steel surpasses the calculated stress needed from the maximum centrifugal force of the fan, which makes it acceptable for ... stiffness of the blades. Thermally, this steel has great properties. The maximum service temperature is well above the operating temperature of the engine. Economically it is rather inexpensive to buy and very accessible at most locations. (See Table 2) The only disadvantag...

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... use during the wintertime. Viscosity is defined as resistance of a liquid to sheer forces. The viscosity of oil is a very important in protection of your engine. A lower number in reference of viscosity of oil means the oil is of a lighter weight and it will also flow more easily than a higher number ... of viscosity would. The lighter weight fluid is easier for the engine oil pump to circulate the oil throughout the engine. This also provides lower oil pressure to the engine but it also provides a greater volume of oil than if a heaver weight of oil was to ... be used. Heavier weight ...

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... name brand oil. If you really want to go all out to protect your vehicle than you can go with synthetic oil, which is much more in price. Your engine will need anywhere from four to five quarts, depending on the vehicle that you own. Then keep a quart in the trunk of you car in case the car ... nut and let the oil drain into the pan. Make sure that you let the oil drain completely before putting the plug back in. Replace the drain plug on the engine oil pan. A good rule of thumb is that you tighten the drain plug tight. Do not use anymore then one finger to tighten the nut. Using one fin...

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... the early 1960's when if made a 1.8 litre four cylinder that was capable of 130BHP. In the late 1970's BMW produced a record amount of this engine. In the early 1980's BMW Produced a new 1.8 Litre Four cylinder with 24 valves and a dual overhead camshaft. They were capable of 140BHP. In the ... that gave it 40BHP. In 1935 Germany removed the tax on large engines and the power in this early six cylinder was upped to 55BHP. The engine was again redesigned in 1940 with hemispherical combustion chambers and relocated valves. It had a max power of 80BHP. A new 3485cc six cylinder was ... It ...

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... went to a concert in his own handmade car, remembering the boasting in the dream, he bragged to his friends about his new type of engine, half-turbine and half-reciprocated. When he woke up the following morning he was convinced that the dream was a premonition of the birth of a new ... combustion is contained in a chamber formed by part of the housing and sealed in by one face of the triangular rotor, which is what the engine uses instead of pistons. The rotor follows a path that looks like something you would create with a spirograoh. This path keeps each of the ... gasses expand and t...

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... faster and carry more, but there were no power plants available to power such aircraft. With the introduction of the jet engine aircraft took an enormous step forward. Although the jet engine offers a multitude of advantages over jet engines, there are still limitations. One of these is that jet engines have a ... most operations. Commercial transportation is out of the question. Ramjet engines offer some improvements, but are still speed limited. A ramjet engine works in a similar manner to a turbine engine, but there are no moving parts. Instead of using a compressor section to produce ...

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... less there is the better Created for running automobiles and other engines in real life conditions Does not need to be altered to make sure long term engine use and heat will not effect the engine Offers best overall protection Best in wear protection, all temp performace, best fuel efficiency and extended drain intervals Engineered to maintain is lubricating properties at temps ... life can be extended -costly repairs can be reduced -fuel mileage can be improved -performance can be improved pure and of uniform size designed for sole purpose of protecting your engine nothing added if it...

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... air, which creates more power and more heat, which creates a continuous cycle. This cycle creates boost and dramatically increases the power of an engine. The horsepower gain from the addition of turbo runs from approximately fifty to ninety horsepower. Because the exhaust drives a turbo, the exhaust and ... problems because complex plumbing has to be done to bring the air intake and exhaust systems to the same place. This requires plenty of engine room for pipes and wires to be run so that point A can be connected to point B. A secondary problem is the centrifugal compressor ... effici...

• Word Count: 631
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• Grade Level: High School