Construction Of Venturimeter
The project was on the construction of a venturimeter. Venturimeter being a measuring instruction was used in determining the flow rate of fluid down a pipe or the rate of discharge in a pipeline and is often fixed permanently at different sections of the piple line to know the discharge there.
The research was made possible by the consultation of the internet, textbooks, and relevant information from friends. The construction was based on these dimensions.
- Throat diameter – 2.5cm
- Thickness of metal sheet – 0.2cm
- Length of diverging – 28.6m
- Length of converging 24.cm.
The main purpose of this study was to respond to both the reality and preciption of venturimeter, also the scope and the uses are reviewed such as, how it works, it important and uses.
During the construction of these venturimeter machines like the drilling machines, smothering machines, were used in carrying out major operations of how drilling and smoothing enhanced the work with less time spent in operation like this.
Also manual tools and equipment such as the hack, saw, hand file, meter rule and maters was found to consume more time and back precious to the job.
Table Of Contents
- Title page i
- Certification page ii
- Dedication iii
- Acknowledgement iv
- Abstract v
- Table of content
- 1.1 Background of the study
- 1.2 Objective of the study
- 1.3 Scope of the study
- 1.4 Method of Research
- 1.5 Significance of the study
- 2.0 Literature Review
- 2.1 Theory of venturi meter
- 2.2 The characteristics of venturi meter
- 2.3 Types of venturi meter
- 2.4 Advantages of venturi meter
- 2.5 Disadvantages of venturi meter
- 2.6 The uses of venturi meter
- 3.0 Construction Method
1.1 Background Of Study
A venturi meter or venturi flow meter is a device used to measure the velocity, or flow rate, of fluid flowing through a pipeline. The venturi meter constricts the flow using a Herschel venturi tube. As the liquid flows through the pipeline, the device measures the pressure of liquid before it enters the venturi tube and as it exist the constricted area. These measurements are then compared to figure the volumetric flow rate of the fluid. The flow meter is commonly used in plumbing applications to determine the flow of fluids such as water, liquid propane, and oil.
For this procedure the venturi tube is typically a long pipe with conically shaped entry and exist points. The entry point is usually a thirty degree cone which constricts to five degree cone at the exit. The venturi meter result is less degradation of the head pressure due to the tube’s design.
The venturi mater can accurately measure flow rate using Bernoulli’s principle. bernoulli stated that the velocity of liquid increases in direct proportion to a decrease in pressure. When the liquid is forced through a constricted pipeline, it begins to make at a higher rate of speed because the majority of the pressure is held behind the constriction.
A common example of Bernoulli’s principle in action can be found in the nozzle of a garden hose. As the nozzle is turned fully open, the water glows slowly and usually falls just a short distance from the nozzle. When the nozzle is turned towards the closed position, it restricts the flow of the water and increases its velocity. The pressure held behind the nozzle builds and the velocity can carry the water for great distances.
The venturi meter precisely calculates the volumetric flow rate of a fluid using a complete formula. this computation considers the radius of the pipeline, whether or not the measured liquid is compressible, and the total volume of fluid present. Various coefficient are added to compensate for the viscosity of the fluid, changes in the conical angles of the venturi and other variables. When these numbers are calculated, along with the pressure measurements taken by the venturi meter, an accurate description of the liquid flow rate can be ascertained.
In some years past, the measurement of the amount of fluids which flows through pipes was very difficult, simply because, there was past, it was discovered that most of air industrial process or operations require fluid and the quantity of these fluids needed to be known for effective operations and to minimize issue. This stimulated the scientists to go into a research work, which led to the discovery of these metering devices or instrument. Lenode de Vin was the first scientist to discover ‘Orifice meter’ in the year 1452 – 1519, during his study of hydraulics of water flow in channels and he decided to use the orifice meter in his research. He also observed that the meter was good for the study of fluid. He also noticed that the introduction of an orifice meter into a pipeline is necessary as this causes a change in the kinetic of the fluid.
Furthermore, still in the field of hydraulic experiment, a scientists called “VENTURI” after 7000 AD discovered a venturi meter. Also, before the beginning of the 20th century, a scientist called “HAREHEL DEUTSHER” discovered the flow nozzle in their various studies of hydraulics.
However, flow meters used for measurement has become a device with the advent of the industrial age because of the need for controlled flow process, accounting methods and more efficiently in operation and also because of the realization that controls flow rate is simple and convenient method to other process variable such as temperature and pressure. But in this project write up, more emphasis will be placed on the working principles of the venturi meter, the advantage and disadvantage and finally it uses.
1.2 Aims / Objectives Of The Study
The objective of this study to applying basic knowledge of fluid mechanism chemical engineering design and how to construct venturi flow meter.
1.3 Scope Of The Study
The scope of this project is to produce detail and distinctive format of construction of venturi flow meter.
1.4 Significance Of The Study
The significance of this project is mainly concerned with the construction and design of venturi flow meter when producing a venturi meter.
1.5 Method Of Research
Construction of venturimeter was born out of several workshops, seminars and information from advanced textbook,internet that is related to the flow of a venturimeter and its constructional elements.
Construction Of Venturimeter
The complete material will be sent to you in just 2 steps.
Quick & Simple…
Make payment of ₦3,000: through USSD Transfer, Bank Mobile App, ATM Transfer, or POS Transfer to:
|Account No.: 0811003731|
|Name: Samphina Academy|
|Account Type: Current|
Or Click Here to pay with Debit Card
|FOR CLIENTS OUTSIDE NIGERIA:|
|Click Here to pay with Debit Card ($15)|
|GHANA – Make Payment of 60 GHS to MTN MoMo, 0553978005, Douglas Osabutey|
Send the following details through Text Message or WhatsApp Messenger | +234-8143831497
- Payment Details
- Email Address
- Construction Of Venturimeter
The complete material will be sent to your email address after receiving your payment information | T & C Apply
You may also like:
This research material “Construction Of Venturimeter” is for research purposes and should be used as a guide in developing your research project / seminar work. For no reason should you copy word for word (verbatim) as samphina.com.ng will not be liable for any who copied the material.
The aim of providing this material is to reduce the stress of moving from one school library to another all in the name of searching for research materials. This service is legal because, all institutions permit their students to read previous projects, books, articles or papers while developing their own works. According to Austin Kleon “All creative work builds on what came before”.
samphina.com.ng is only providing this material “Construction Of Venturimeter” as a reference for your research. The paper should be used as a guide or framework for your own paper. The contents of this paper should be able to help you in generating new ideas and thoughts for your own research. Use it as a guidance purpose only.