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WANKEL ENGINE The Wankel engine‚ invented by German engineer Felix Wankel‚ is a type of internal combustion engine which uses a rotary design to convert pressure into a rotating motion instead of using reciprocating pistons. Its four-stroke cycle takes place in a space between the inside of an oval-like epitrochoid-shaped housing and a rotor that is similar in shape to a Reuleaux triangle but with sides that are somewhat flatter. This design delivers smooth high-rpm power from a compact size. Since
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In The Belief Engine‚ James Alcock introduces two interesting components in our internal belief engine‚ the Critical-Thinking Unit‚ and the Memory Unit. These two corresponding items work hand and hand to help logical thinkers to understand the world around them through personally analyzing their own past without bias from the Emotional Response Unit‚ or any other conflicting counter-part. Critical thinking is not an innate ability. As mentioned in the article many of us are born with what Alcock
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Wankel Rotary Engine: A History by John B. Hege Well Done Conceived in the 1930s‚ simplified and successfully tested in the 1950s‚ the darling of the automotive industry in the early 1970s‚ then all but abandoned before resurging for a brilliant run as a high-performance powerplant for Mazda‚ the Wankel rotary engine has long been an object of fascination and more than a little mystery. A remarkably simple design (yet understood by few)‚ it boasts compact size‚ light weight and nearly vibration-free
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everyday without caring the surrounding. Recently‚ a piece of news mentioned that the post 80s are having the symptom of relying too much on web search engines which help users find specific information by typing keywords only1. They think that searching by engines can obtain accurate data and save time. They are said to have ‘search engines dependence’ which means that they rely on searching every word without thinking nowadays. According to the survey conducted by the China Youth Daily Social
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Koenigsegg’s New Cam-Less Engine February 13‚ 2012 by Matt Jalopnik reports on an upcoming supercar from Swedish boutique automaker Koenigsegg that will feature a twin-turbo V8 engine whole valves are actuated without camshafts. Partnering with Swedish engineering firm Cargine‚ Koenigsegg plans to develop a valvetrain system whereby the valves are operated using pneumatic pressure alone. F1 car engines have used pneumatic valve springs since the Renault turbo engines of the mid-’80s‚ but always
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Engine Problems while in Operation DIESEL ENGINE PROBLEMS: FUEL‚ AIR‚ STARTING‚ WIRING Many cases of engine failure are a result of a relatively small number of faults so it’s often possible to get the motor running again within a few minutes. However‚ when diagnosing problems it’s important to work in a systematic fashion and avoid the temptation to jump to conclusions. (Left) Bleeding the fuel with the primary bleed screw (Right) bleeding the fuel at the injector pump With a fuel
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American Journal of Environmental Sciences 5 (3): 371-381‚ 2009 ISSN 1553-345X © 2009 Science Publications Green Engines Development Using Compressed Natural Gas as an Alternative Fuel: A Review Semin‚ 2R. A. Bakar and 2A.R. Ismail 1 Department of Marine Engineering‚ Institute of Technology Sepuluh Nopember Surabaya‚ Campus ITS‚ Sukolilo‚ Surabaya 60111‚ Indonesia 2 Automotive Excellent Center‚ Faculty of Mechanical Engineering‚ University Malaysia Pahang‚ Locked Bag 12‚ 25000 Kuantan‚ Pahang
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Seminar Report on “CRYOGENIC ENGINE IN ROCKET PROPULSION” CRYOGENIC ENGINE IN ROCKET PROPULSION CONTENTS 1. INTRODUCTION a. CRYOGENICS b. CRYOGENIC ENGINE 2. HISTORY 3. LIMITATIONS IN SLVs 4. CRYOGENIC FUELS 5. PRINCIPLE 6. CONSTRUCTION 7. COMPONENTS OF CRYOGENIC ENGINE 8. SPECIFICATIONS OF SSME 9. WORKING 10.EXPLODED VIEW OF A VEHICLE 11.ADVANTAGES 12.DISADVANTAGES 13.CONCLUSION CRYOGENIC ENGINE IN ROCKET PROPULSION INTRODUCTION What is Cryogenics ? Cryogenics
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Competition Apex Seal Information Engine — Rotary Carbon apex seals and Iannetti Advanced Carbon seals are recommended for any engine that will see 8000 rpm and above. They weigh significantly less than the stock (cast iron) apex seals and provide lower mass‚ keeping the apex seal in contact with the rotor housing face at high rpm. At high rpm‚ the stock (cast iron) seal overcomes the spring‚ causing the seal to skip across the rotor housing surface‚ reducing engine performance. Cast iron seals
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