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**Venturi Meter Lab**

**Venturi Meter Lab**

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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 ...