Venturi Meter Lab PDF
CE 3620: Water Resources Engineering Spring 2014 . Lab 2: Venturi Meter . BACKGROUND . A Venturi meter is a tube with a constricted throat that increases velocity and decreases
Hydraulics Laboratory Experiment Report Name: Ahmed Essam Mansour Section: "1", Monday 2-5 pm Title: Venturi Meter and Orifice Meter Date: 6 November, 2006
Venturi Lab.doc; saved 9/23/2005 4:59:00 PM CEE 342 Laboratory Exercise: Flow Meter Calibration A “venturi meter” is a device for determining fluid velocities based on the pressure
The venturi meter is one of the more common full-bore meters, i.e. meters that operate by sensing all of the fluid in the pipe or channel. In the operation of a venturi meter, upstream and
Department of Mechanical Engineering Venturi Meter OBJECTIVE: To find the water flow rate using the Venturi meter and the pressure distribution along
ME313L Fluid Mechanic Lab Manual (DRAFT) 3 Considering the geometry of the Venturi , the mass flow will be m 1=0.962 • h A − h B 1 2 kg/s 2) Orifice Meter
FLOW MEASUREMENT (Venturi meter, Orifice Plate and Rotameter) OBJECTIVES To study the characteristics and applications of various flow measuring device
venturi.dvi Created Date: 10/27/2004 6:29:02 PM ...
ECH 4224L Unit Operations Lab I Fluid Flow 1-4 Figure 1. Venturi meter. The figure is taken from documentation by Lambda Square Inc. Complete
Actual head loss through a Venturi meter is commonly quite small compared with opportunities for head recovery that might exist at a pipe exit. As an example, for the site shown in Figure 6, addition of pipe fittings to create an underwater discharge would
The flow is determined using a sudden enlargement, venturi meter, orifice plate, elbow and a rotameter. The pressure ... Fluid Mechanics Lab Experiment (4): Flow measurement 2 Instructors : Dr. Khalil M. ALASTAL ...
A 60-inch venturi meter calibration in the lab. The 60-inch venturi meter was a scale model of a 180-inch meter. The model included the scaled field piping. 60-inch model field piping upstream of the test meter. A recent research project studied the cavitation characteristics in sleeve
Hydraulics Lab (ECIV 3122) ... The flow is determined using a sudden enlargement, venturi meter, orifice plate, elbow and a rotameter. The pressure drop associated with each meter is measured directly from the manometers. Purpose: To ...
data for a venturi meter and an orifice meter. Determine the relationship between volumetric flow rate, Q, and the pressure drop, ΔP, for each meter Is it linear? ... Lab No.: Lab 1 Tuesday 12:00 - 4:50 PM Lab 2: Thursday 12:00 - 4:50 PM Lab ...
Venturi meter located downstream of the supply fan. The uncertainty of mass flowrate measured by the CEESI subsonic Venturi is estimated to be 1.0% at a 95% confidence level. A total of three tests were performed on the subsonic flow meters.
26 Bernoulli Equation and Flow Meters Pitot probe Venturi flow straightener blower Figure 6.1: Apparatus for verifying the Bernoulli Equation. Venturi
Flow at Venturi measured by St. Anthony Falls Hydraulic Lab using insertion type magnetic current meter Flow measured at Venturi A Flow measured at Venturi B v . Abbreviations ... compared to the flow measured by the Venturi meter being calibrated. To eliminate possible telemetry ...
middle east technical university department of aerospace engineering ae 547 experimental aerodynamics laboratory procedure venturi meter (h5) anil gÜÇlÜ
Lab The schematic of the apparatus is shown in figure 1. The air flowrate will be measured with: (a) Orifice plate, (b) Venturi meter and (c) Pitot-static tube. Familiarize yourself with the apparatus and the procedure for performing the experiment.
A 60-inch venturi meter calibration in the Lab. The 60-inch venturi meter was a scale model of a 180-inch meter. The model included the scaled field piping (view shows approach piping) Formed inlet sump model study.
Experiment No.4: Flow through Venturi meter Background and Theory Introduction Flow meters are used in the industry to measure the volumetric flow rate of fluids.
VENTURI METER REHAB Rehabilitation of Venturi Flow Primaries for Extended Service Life ... performance, hydraulic lab calibration (if required), and preparation of new flow calculations based on rehabilitation results allowing the production and use of
5 c. Determine the volume flow rate Q as given by i. the Venturi meter Q v, ii. the orifice plate Q 0, and iii. the Rotameter Q r (using the calibration constants you just determined).
Lab By Jesse Yoder August 01, ... using a master meter, or weighing the flow to get a gravimetric reading of ... positive displacement meters, venturi meters, and Coriolis meters. In the U.S., master meters are often calibrated at a flow lab that has been certified by the National
Fluid Mechanics Lab. ENME 312 The objective of Fluid Mechanics Lab would be able to: • Name different types of flow meters, ... • To distinguish the constructional differences between orifice meter and venturi meter and Rotameter.
orifice meter, the venturi meter, the elbow meter and the nozzle meter are only a few. Each meter works by its ability to alter a certain physical characteristic of the flowing fluid and then ... Fluids_Lab_Manual08.doc Author: William Janna
Objective: Venturi: To study the principles of Venturi meter and to determine its coefficient Cd by comparing the measure flow rate with the ideal flow rate.
MESB 203 Lab No.5 July 2008 51 Knowing that Q ideal = A 2V2, thus: The above is for an ideal flow. For venturi tube and the orifice, the equation must be multiplied
The Venturi meter with 5.08cm diameter is used to measure the total flow rate, while the other two are kept closed. ... Your lab report should include your plots of average velocity and flowrate versus x-position. You should answer
The main goal of the experiment is to utilize the Venturi meter to measure liquid flow rate, and provide comparisons between experiment and theory via the Bernoulli ... Follow the lab report write-up format given in this manual. Apparatus 1.
Notable factors in comparing application of the venturi solution to a pipe meter with using the venturi solution on a long-throated flume are the magnitude of head differential observed as flow moves from the approach section, then is
Analysis Calculate the discharge coefficient for the Venturi meter and the orifice meter (or that for the nozzle meter, if it is at the unit) for, at least five different values of the flow
CE 195 2009 2 Figure 2: Lab Materials Materials • 6 meter re-circulating flume with high-flow venturi • Plexi-glass weir plate • Aluminum cross plate
Fluid Mechanics Lab ... To determine the discharge coefficient of the venturi meter To measure flow rate with venturi meter To demonstrate Bernoulli’s Theorem To determine the discharge coefficient of the venturi meter
Lambda Square Inc. vvwW.lambdasquare.com Installation Disturbance Venturi Meter Upstream and Downstream piping requirements Minimum Recommended Pipe Diameters
and a venturi meter. The experimental setup is shown in Figure 1. The water that exits ... In order to calibrate the flow meters used in this lab, you must compare the output of the various flow meters to that of a primary standard.
Students measure flow using a Venturi meter, an orifice plate meter and a rotameter. Bernoulli’s equation works for each meter. Students find and compare the head losses associated with each meter, as well as those arising in a
the previous lab when the Venturi meter was calibrated. The Barco (venturi) meter can be used to adjust the flow rate to the desired range. For readings on the Barco meter of approximately 0.3, 0.7, 1.5, 3.0, 4.5, and 6.0, record
ME 310 Lab Manual, Spring 2004 University of Kentucky 3 7. Note the readings of the two manometers, rotameter, and turbine flow meter, and also
Figure 1: Pump lab system schematic showing major components. ME 388 -Senior Laboratory Centrifugal Pump Performance Experiment 2 ... the venturi meter, A2 is the venturi throat area, and is the dynamic viscosity of water. 3. Create three graphs.
Venturi meter becomes the calibration lab on the field installation for regular calibration of the magnetic flow meter. 5.With laboratory flow calibration, HVT-SM accuracy is +/-0.25% of actual rate of flow. 6.Very low headloss. 7.
FLUID MECHANICS CIVIL ENGINEERING VIRTUAL LABORATORY EXPERIMENT: 2 VENTURI METER INTRODUCTION: The Ventura meter used in this experiment consists of successive converging, uniform
Identification of the measurement characteristics of the CFVN mass flow meter 2 1 Introduction 1.1 Critical flow Venturi nozzle A critical flow Venturi nozzle (CFVN) is a convergent-divergent restriction inserted into a
4 Figure 4 shows the results from several test runs in the 12 ft channel. The round symbols are the ADFM data, the squares are the spot readings of the lab’s venturi meter, and the triangles
lab’s venturi meter, and the triangles are Profiler depth readings. The Profiler data correlates very well with the venturi meter readings. At the beginning of the record, there is some scatter to the Profiler data, as the level in the flume
Pump Lab Notes Abstract • Must mention purpose is to measure flow and analyze pump performance • Must mention use of venturi meter • Key parameters – Range of the shaft rotational speed (RPMs)
MEHB221 Thermofluids Lab 2012 Prelab Questions - Experiment 2: Venturi Meter Name: _____ Section & Group: _____ SID: _____ Date: _____ 1. Write the Continuity equation and Bernoulli theorem equation used in this experiment? [3 marks] 2. How do these equations explain the change in ...
Equipment in the lab is delicate and each piece is used extensively for 2 or 3 weeks per semester. During the remaining time, each ... interest are an orifice meter and a venturi meter. These meters are calibrated in this experiment by using a pitot-static tube to measure the velocity,
Lab # Title Tentative Date 1 Flow measurement and energy loss in pipes September 2 Water hammer, wave speed, line pack, and attenuation September 3 Centrifugal pump October 4 Pelton turbine October 5 Flow ... Calibrate a Venturi flow meter. 2.
Manual typically contains practical/Lab Sessions related ... Venturi 2. Measurement of Flow Using Rotameter 3. Measurement of Level Using Any Two, Techniques 4. Study and Characterization of pH Meter 5. Study and Characterization of Conductivity-meter 6. Measurement of Relative Humidity by ...