Civil and Environmental Engineering Labs

Civil Engineering Lab Complex -III (Room No -120)

FLUID-1FLUID-2

COURSES OFFERED

S.No

Subject Code

Subject Name

1

ETCE-251

Fluid Mechanics & Hydraulics Lab-I (Common to 3rd  semester Civil & Environmental Engg.)

2

ETCE-252

Fluid Mechanics & Hydraulics Lab-II

3

ETEN-256

Fluid Mechanics & Hydraulics -II

FLUID MECHANICS & HYDRAULICS LAB

Subject Code
1. ETCE-251   :    Fluid Mechanics & Hydraulics Lab

Details of Major Equipments: -

S.No.

Particulars

Quantity

1.

Francis Turbine (Closed Circuit)

01

2.

Orifice and Mouthpiece.

01

3.

Losses in Pipe Fittings (Minor Losses) Apparatus

01

4.

Orifice Meter Apparatus

01

5.

Venturimeter Apparatus

01

6.

Notch (Weir) Tank Apparatus

01

7.

Bernoulli’s Theorem Apparatus

01

8.

Meta Centric Height Ship Model

01

9.

Pipe Friction Apparatus (Closed Circuit)

01

10.

Centrifugal Pump (Closed Circuit)

01

11.

Rota Meter Test Rig (Closed Circuit)

01

12.

Impact of Jet Apparatus (Closed Circuit)

01

13.

Reciprocating Pump (Closed Circuit)

01

14.

Pelton Wheel Turbine Test Rig (Closed Circuit)

01

15.

Kaplan Turbine Test Rig (Closed Circuit)

01

List of Practical:-

S.No.

Experiment List .

1.

Determine performance of the Francis Turbine and draw the Characteristic  Curves of the Turbine.

2.

Determine performance of the Pelton Turbine and draw the Characteristic  Curves of the Turbine

3.

Determine performance of the Kaplan Turbine and draw the Characteristic  Curves of the Turbine

4.

Determine performance of the centrifugal Pump and draw the Characteristic  Curves of the pump

5.

Determine performance of the Reciprocating Pump and draw the Characteristic  Curves of the pump

6.

Determine the coefficient of discharge (Cd), coefficient of velocity (Cv) and coefficient of contraction (Cc) of the Orifice.

7.

Determine the coefficient of discharge (Cd) of the Mouthpiece.

8

Determine the coefficient of discharge (Cd), of the venture meter.

9

Determine the coefficient of discharge (Cd),of the Notch/weir

10

Determine the Meta Centric Height of the ship model.

11

To verify the Bernoulli’s theorem practically.

12

Determine coefficient of friction of the given pipe networks

13

Determine minor losses coefficient of the various pipe fittings in the pipe networks

14

Determine coefficient of discharge rota meter test rig.

15

Determine coefficient of discharge of the mouthpiece 

Technical Supporting Staff:- Mr. Nitin Kharb

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  • Page last updated on: 13-02-2020