Fluid Mechanics Lab
EN 1029 Laboratory
Laboratory FM
Declaration:
In submitting this report, I hereby declare that, except where I have made clear and full reference to the work of others, this submission, and all the material (e.g. text, pictures, diagrams) contained in it, is my own work, has not previously been submitted for assessment, and I have not knowingly allowed it to be copied by another student. In the case of group projects, the contribution of group members has been appropriately quantified.
I understand that deceiving, or attempting to deceive, examiners by passing off the work of another as my own is plagiarism. I also understand that plagiarising another's work, or knowingly allowing another student to plagiarise from my work, is against University Regulations and that doing so will result in loss of marks and disciplinary proceedings. I understand and agree that the University’s plagiarism software ‘Turnitin’ may be used to check the originality of the submitted coursework.
Contents
1. Introduction
2. Theory
2.1 Impact of a Water Jet
2.2 Flow Through a Venturi Meter
3.Experimental procedures and results
3.1 Experimental procedure – Impact of a Water Jet
3.2 Experimental procedure – Flow through a Venturi Meter
3.3 Results– Impact of a Water Jet
3.4 Results– Flow through a Venturi meter
4.Discussion
4.1 Impact of a water jet
4.2 Venturi meter
5.Conclusion 6.References
Appendices
Abstract
Rate of flow was measured in two different experiments, Impact of a water jet and flow through a Venturi meter. The main objective was to calculate the change in momentum and energy loss in flow which was put under pressure. The experiment showed that results obtained can significantly defer from the theory if energy losses are not neglected.
1.Introduction
Water is the most commonly used resource of renewable energy. In 21st century, hydropower is used in more than 150 countries around the world. It is also the most efficient
Laboratory FM
Declaration:
In submitting this report, I hereby declare that, except where I have made clear and full reference to the work of others, this submission, and all the material (e.g. text, pictures, diagrams) contained in it, is my own work, has not previously been submitted for assessment, and I have not knowingly allowed it to be copied by another student. In the case of group projects, the contribution of group members has been appropriately quantified.
I understand that deceiving, or attempting to deceive, examiners by passing off the work of another as my own is plagiarism. I also understand that plagiarising another's work, or knowingly allowing another student to plagiarise from my work, is against University Regulations and that doing so will result in loss of marks and disciplinary proceedings. I understand and agree that the University’s plagiarism software ‘Turnitin’ may be used to check the originality of the submitted coursework.
Contents
1. Introduction
2. Theory
2.1 Impact of a Water Jet
2.2 Flow Through a Venturi Meter
3.Experimental procedures and results
3.1 Experimental procedure – Impact of a Water Jet
3.2 Experimental procedure – Flow through a Venturi Meter
3.3 Results– Impact of a Water Jet
3.4 Results– Flow through a Venturi meter
4.Discussion
4.1 Impact of a water jet
4.2 Venturi meter
5.Conclusion 6.References
Appendices
Abstract
Rate of flow was measured in two different experiments, Impact of a water jet and flow through a Venturi meter. The main objective was to calculate the change in momentum and energy loss in flow which was put under pressure. The experiment showed that results obtained can significantly defer from the theory if energy losses are not neglected.
1.Introduction
Water is the most commonly used resource of renewable energy. In 21st century, hydropower is used in more than 150 countries around the world. It is also the most efficient