CHARLES DARWIN UNIVERSITY ENG243 – THE VENTURI METER AND THE ENERGY LINE 1. Introduction A Venturi meter is a device for determining the flow-rate of a fluid down a pipe. One measures the pressure difference between the venturi inlet and neck‚ and from this the flow-rate can be determined. The apparatus used on this experiment also has a number of straight tube manometers at equally spaced intervals. These will be used to determine the hydraulic grade line of the fluid as it passes through
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by using several type of methods with using the flow measuring apparatus. This experiment is to demonstrate the characteristics of several different commonly used methods of measuring fluid flow rates. This experiment also needs to determine the head losses associated with each flow measuring methods (venture
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White Board Green Board Students Chairs Teacher Table Turbine Service Unit Axial Fan Centrifugal Fan Cavitations Demonstration Vin Tunnel Fluid Particle System Centrifugal Pump (Computer Control) Water Hammering Losses in Pipes Multi Pumps ( Computer Control ) Nozzle Performance Unit Losses in Bends Flow Meter Demonstration Orifice And Free Jet Flow Orifice Discharge Osborne-Reynolds Impact Of Jet Flow Visualization in Channel Free And Force Vortices Metacentric Height Pelton Turbine Series and Parallel
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Introduction page 2 3. How the Process Currently Works page 3 4. Two Phase Flow page 4- 6 5. Flow Patterns page 7- 8 6. Interfacial Mass and Energy Exchange page 9 7. Two Phase Flow in Horizontal Pipes page 10 8. Pressure Drop page 11 9. Future Work page 11 10. Timetable page 12 11. References page 13 1. Abstract The petro-chemical industry employs a wide range of engineers
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Theorem Object: To verify Bernoulli’s theorem for a viscous and incompressible fluid. Theory: In our daily lives we consume a lot of fluid for various reasons. This fluid is delivered through a network of pipes and fittings of different sizes from an overhead tank. The estimation of losses in these networks can be done with the help of this equation which is essentially principle of conservation of mechanical energy. Formal Statement: Bernoulli’s Principle is essentially a work energy conservation
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References 9 ABSTRACT The purpose of this experiment is to investigate the flow rate/discharge and the head loss of 3 particular flow measuring apparatus which are the Venturi Meter‚ Orifice Meter and Rota Meter in accordance to Bernoulli’s Equation. The time taken for the water to discharge as the diameter of Rota Meter increased was determined and tabulated. Then‚ the discharge & head loss for each apparatus is calculated using the data obtained through the experiment and the calculations were
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a discharge atmospheric break. pipe which incorporates an Flow Measurement: The static head at various points in the flow path may be measured on a manometer panel. The water flow through the apparatus is controlled by the delivery valve of the Hydraulics Bench and the flow rate may be confirmed by using the volumetric measuring tank of the Hydraulics Bench. Flow Measurement: Theory: 1. Sudden Enlargement The head loss through the sudden enlargement he
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The School of Electrical Engineering Systems Dublin Institute of Technology In partial fulfilment of the requirements for the degree Bachelor of Science in Electrical Services and Energy Management Title: Hydro Power for Micro-Generation By:Mr. Rónán Padden Project Supervisor: Mr. Derek Kearney Date: 11th January 2010 DECLARATION I hereby certify that the material‚ which is submitted in this project is entirely my own work and has not been submitted for any academic assessment other than
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ABSTRACT This project is all about to design and fabricate An “Automatic Plant Watering System”.Automated plant watering system is a self-running watering system for plants which are very ideal for small group of gardeners and farmers. The Automatic watering System is mainly developed to run by its own‚ with a minimal supervision of human where it can control the water amount automatically and reduces the work load of an individual. The primary objective of the system is to supply the entire plant
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THERMODYNAMICS ENR TECH 3TD3 COMPRESSOR TYPES AND APPLICATIONS PROJECT INSTRUCTOR: DR. REYAD AL-TAIE DATE: JUNE 26‚ 2013 Contents ------------------------------------------------------------------------ I. Introduction………………………………………......3 II. Thermodynamics Properties………...….……………5 III. Thermodynamic Laws……………………………….6 IV. Compression Cycles…………………………………7
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