Fluid Mechanics and Hydraulics (Practical)

Sr. #	DescriptionofTopic
1.	Introduction to Practical contents, Equipment, and HSE (Health, Safety and Environment) measures.
2.	To determine errors in the readings of a Bourdon pressure gauge
3.	To determine the metacentric height of floating body.
4.	To investigate the validity of the formulas for resultant force on, and position of center of pressure of a vertical rectangular surface.
5.	To prove validity of Bernoulli’s Theorem.
6.	To determine the Cd for a Venturi meter.
7.	To determine the Cd for an Orifice meter.
8.	To find the coefficient of velocity for a small orifice.
9.	To find the coefficient of discharge for a small orifice.
10.	To investigate relation between head over sill of a rectangular notch and the flow rate through the notch.
11.	To investigate relation between head over vertex of a v-notch and flow rate through the notch.
12.	To determine Chezy’s and Manning’s coefficient (C and N) for a rectangular smooth open channel.
13.	To examine quantitative characteristics of hydraulic jump formation on a horizontal floor of a rectangular channel.
14.	To determine Cd of a venturi flume.
15.	To draw specific energy curve for open channel with subcritical and super critical flow
16.	To perform an open-ended lab.

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