Wednesday, January 22, 2014

Impact of Jet

2H5 IMPACT OF JET INTRODUCTION Mechanical work scout out be produced by apply pressure of paltry fluid at lavishly velocity. As an example thousand of water from a schnoz gage produce drive when it strikes a plane categorical surface or outperform of measurement. This type of impression back freighter produce author to recall a system such as hydropower turbine. The force exerted onto the plate bequeath depend on the density of fluid, enlighten and jet-propelled plane velocity. The force is also depends on whether the plate is at moving or stationary condition. Theoretically, the force of water jet striking on a static plate pot be compute development the following equation: F ? ?Qv (1 ? cos ? ) (2H5-1) where v is a velocity of jet as it strikes the plate and ? is the deflection fee as shown in attend 2H5-1. The jet velocity v can be calculated using the equation given under: v ? u ² ? 2gs (2H5-2) where, u = velocity o f water at the pipe nozzle = Q A Q = Discharge A = cross section heavenly orbit of the nozzle ©copyright 2008 efficiency of Civil technology UTM In this look into, two type of plates will be tested: flat plate and hemispherical plate. i) For a flat plate, ? = 90o, and fit in to Equation (2H5-1), the force exerted on the plate can be calculated as, F ? ?Qv ii) (2H5-3) For a hemispherical plate, ? = 180o, and according to Equation (2H5-1), the force exerted on the plate can be calculated as, F ? 2 ?Qv (2H5-4) FIGURE 2H5-1 ©copyright 2008 Faculty of Civil Engineering UTM OBJECTIVES The objectives of the sample are: a) To measure the order of force exerted on: i. ii. b) horizontal plate. Hemispherical plate. To compare the forces obtained from the experiment and the actual force calculated using theoretical formula. setup 1. An impact of a jet apparatus provide with a flat plate and hemispheric al plate. 2. A stop stay 3. We! ights experimental PROCEDURES 1. Record the pipe nozzle diameter, d (m)....If you expect to pound a full essay, order it on our website: BestEssayCheap.com

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