LAPORAN PRAKTIKUM AERODINAMIKA II Kelompok Angogota: Ahmad Adrian 111221001 Erict Ilyas S 111221004 M. Yusup A 111221019 Oki Hidayat N 111221021 Yusuf Adiwinata 111221031 PROGRAM STUDI AERONAUTIKA JURUSAN TEKNIK MESIN POLITEKNIK NEGERI BANDUNG I. JUDUL “Flying Wing Paper Model” II. TUJUAN a. Mencari CL dan CDi dari berbagai jenis sayap b. Mencari efek weight terhadap CL dan CDi c. Mengetahui efek head wind dan tail wind terhadap CL dan CDi III. LANDASAN
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Baden. The different types of shapes affect the aerodynamics of a basketball. Although at first it may sound strange‚ the motion of a basketball when it leaves the hands of a player is governed by the same physical laws of an airplane. There are multiple ways to affect the aerodynamics of the ball like the flick of the wrist‚ force and the quickness of the release when you shoot. The texture of a basketball as well as the weight can play on the aerodynamics of the basketball and can affect the rotation
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BMEDME613 Aerodymamics Assignment Aerodynamic Analysis on Winglet By: V.Devanandh‚ 114009037‚ B.Tech-Mechanical Engineering(III year)‚ SASTRA University. Prof.Dhananjay‚ SASTRA University. Submitted to: April 12‚ 2013 Contents 1 Introduction 2 Scope of the Assignment 3 Review of Basic concepts 3.1 3.2 Wingtip vortices . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Induced drag . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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The Aerodynamics of Hummingbird Flight Douglas R. Warrick* and Bret W. Tobalske.† Oregon State University‚ Corvallis Oregon 97331 and University of Portland‚ Portland OR 97203 Donald R. Powers‡ George Fox University‚ Newburg‚ OR 97132 and Michael H. Dickinson§ California Institute of Technology‚ Pasadena‚ CA 91125 [Abstract] Hummingbirds fly with their wings almost fully extended during their entire wingbeat. This pattern‚ associated with having proportionally short humeral bones‚ long distal
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over the summer could be seen by all the spectators. I had to finish this race. I needed to prove to myself that I was strong and that I could do whatever I put my mind to. It was only 2‚500 meters‚ how hard could that really be? I ran as hard as I could‚ even though it was not that fast. My lungs screamed for oxygen. My mind told me that I couldn’t finish‚ but my heart told me otherwise. I finished my first cross country race and most likely hated running‚ but I stuck with it for the rest of the year
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Race- Car Drivers: Athletes of the Sport World An athlete is defined as a person trained or gifted in exercises or contests involving physical agility‚ stamina‚ or strength or a participant in a sport‚ exercise‚ or game requiring physical skill. Given these standards‚ one is likely to say baseball‚ football‚ basketball‚ or even golf players are considered to be athletes in competition. What about professional race- car drivers? To some‚ a race- car driver requires no athletic ability whatsoever
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Fair Conclusion Baseball vs. Aerodynamics Conclusion For Science Fair‚ Steven Bowman‚ my partner‚ and I decided to test which mass baseball would travel farther when launched from a pitching machine. We decided to use three different types of baseballs. We used an official baseball‚ a tee-ball (rubber ball)‚ and a plastic‚ hollow ball (wiffle ball). Before we started the experimentation we researched all the theories that were involved in the experiment. Aerodynamics played a key role in the experiment
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lattice method for two-dimensional flows past thin airfoils. The method is even more useful for three-dimensional wings‚ i.e.‚ for the flow past wings of finite span‚ but that problem is not considered here. Instead‚ the reader is referred to standard aerodynamics texts‚ e.g.‚ [2]. In this numerical procedure to solve the thin-airfoil problem‚ we place a finite number of discrete vortices along the chord line‚ with the boundary condition that the induced vertical velocity dyc v= − α‚ (1) dx be enforced at
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the airplane generally from nose to tail. b. It consists of the main airplane structure like frames‚ stringers‚ longerons‚ keel beam and skin. 2. Wings a. This is the component or section of the airplane that is responsible for aerodynamic lift. b. Lift is the force that raises the airplane up. 3. Empennage a. This is the airplane’s tail section which consists of the vertical stabilizer (or vertical fin) and horizontal stabilizer. On most large airplanes the empennage
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Does the Mass of a Material Affect it Aerodynamics? There are five basic steps of the scientific method‚ step one is to make observations step two is to come up a hypothesis. Step three is to make a experiment to test the hypothesis‚ step four is to test the hypothesis and step five is to either reject or accept the hypothesis. Scientific method is important because it is a series of techniques that helps you keep track and correct any mistakes‚ and to show others how you got to the result. In
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