Definition of Aerodynamics: a branch of dynamics that deals with the motion of air and other gaseous fluids and with the forces acting on bodies in motion relative to such fluids http://www.merriam-webster.com/dictionary/aerodynamics Other: aerios‚ concerning the air‚ and dynamis‚ which means force. http://www.grc.nasa.gov/WWW/K-12/airplane/bga.html Bernoulli’s Principle: • The relationship between the velocity and pressure exerted by a moving liquid • States that for an inviscid
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have an obsession with cars and racing may know about Nascar and Formula One‚ the two most respected names in motorsports today. At first glance‚ Nascar and Formula One seem very similar; however‚ a closer look reveals many differences such as aerodynamics‚ mechanical caliber‚ speed and horsepower‚ race tracks‚ fan base‚ and histories. Auto racing is a popular‚ fast paced sport. Nascar and Formula One draw large audiences on television‚ radio and at live events. Spectators are drawn by
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Underwear The Colombian men’s underwear and swimwear brand Clever‚ is quite popular in the industry for its innovative fabrics and revealing designs made for men who seek adventure in their underclothing articles. Popular for the vivid prints and aerodynamic looks‚ the label offers a visually appealing designs for all the modern men. The assortment of Clever underwear includes apparel styles such as briefs‚ boxer briefs‚ trunks‚ thongs‚ jockstraps and many more. Whether you are looking for something
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Beginner’s Guide to Aviation Efficiency November 2010 Contents The importance of aviation Introduction The miracle of flight History of fuel efficiency Designing aircraft Designing engines Operating the aircraft In the air On the ground Carbon-neutral growth and the next steps The next generation Page 1 Page 2 Page 5 Page 6 Page 10 Page 13 • Aviation is responsibly reducing its environmental impact. Page 15 Page 20 Page 22 Page 24 • Air transport’s contribution to climate change represents
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describes how they made the biggest impact in civil aviation. In particular their inventions and discoveries‚ including: the light weighted engine which enabled the aircraft to take-off‚ identifiing the importance of weight and balance factors‚ using aerodynamics theories and calculating the ratio to invent wings which enabled to lift the aircraft and control it in the air also using the propeler to achieve lift force. They established the first aviation school and their aircrafts were manufactured under
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Table of Contents Page 1 - Contents Page 2 - Introduction Page 2 - Activity 1: Cessna-310 Performance Data Page 3-4 - Activity 2: Propeller Parameter Definitions Page 4 - Activity 3: Results of Engine RPM vs Fuel Flow Page 5-6- Activity 4: Axial Momentum Theory Page 7-8 - Activity 5: Propeller Efficiency & Power Coefficient Page 8-9- Activity 6: Fuel Flow Page 9 - Activity 7: Conclusion Page 10- Reference Introduction The function
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gaining rights and respect‚ or Native Americans searching for courtesy. Race car driving in the 1970s was a much different sport in a much different world. How aerodynamics work with a car are very crucial to how it drives. For example‚ “Abstract Race car performance depends on elements such as the engine‚ tires‚ suspension‚ road‚ aerodynamics‚ and the
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Lamborghini and started his own company in 1992 called Pagani Automobili Modena. He then started to create his own car and was going to call it the Zonda this car took seven years to build. Mr. Pagani was not very educated in aerodynamics or engineering but yet built a car that is so aerodynamic it has a top speed of 372 km/h and is a great example of engineering the cars name in the Pagani Huayra. The US was the first country to get a Huayra delivered to a customer. But the owner is a Canadian who met Horacio
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products for new markets He created the Zeppelin The shape of the zeppelin influenced everything from a cigarette lighter Size and shape to allow for air flow Based on the air flow a new term was coined called stream line – in English – sleek and aerodynamic (almost in movement even though it’s a static movement) Empire state building – steps back – bands of windows – spire – intended to moore zeppelins Reasons for spires – radio stations and moor-ing stations Two documented photographs of zeppelins
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how fluids move and the forces on them Applications of fluid mechanics Aerodynamics Bioengineering and biological systems Combustion Energy generation Geology Hydraulics and Hydrology Hydrodynamics Meteorology Ocean and Coastal Engineering Water Resources History Archimedes (287-212 B.C.) - calculation of the hydrostatic buoyancy. Leonardo da Vinci (1500)-calculation of the mass conservation‚ reduction of flow resistance by form shaping‚ motion of waves‚ the hydraulic
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