CIVIL ENGINEERING LAB COMPLEX -III (ROOM NO -120)
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
- 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