Mechanical Power Labs

1. FLUID MECHANICS LAB

    (a) List of Equipment and details

    (b) List of Experiments

          1. Experimental determination of coefficient of discharge for the rectangular notch.

          2. Experimental determination of coefficient of discharge for triangular Notch.

          3. Experimental determination of coefficient of discharge for trapezoidal Notch.

          4. To determine the coefficient of discharge ( Cd ) for Venturimeter.

          5. Experimental determination of friction factor “f” of circular pipe.

          6. Velocity and stress profile for viscous flow through a smooth pipe

          7. Experimental determination of head loss due to minor losses.

          8. To study the Impact of Jet i.e. to verify the momentum equation.

          9. Pelton Turbine Test

         10. Francis Turbine Test

2. MECHANICAL POWER LAB

(a) List of Equipments and details

(b) List of Experiments

1. To determine the thermal expansion and coefficient of expansion.

2. To study the working and performance analysis of the Rankine cycle.

3. To study and sketch the working cycle of four stroke petrol engine.

4. To determine heat transfer through uniform disc and calculation of thermal conductivity.

5. Demonstration and investigation of automatic operational function of an oil-fired boiler.

6. Study the operational functions of thermal expansion apparatus.

7. Verify Stefan-Boltzmann law.

8. Study and sketch of centrifugal and reciprocating pumps.

9. To study the temperature measurement and its calibration.

2. REFRIGERATION AND AIR CONDITIONING LAB

(a) List of Equipments and details

(b) List of Experiments

1. Demonstrate the basic principle of an absorption refrigeration system.

2. Demonstration and performance of vapor compression cycle.

3. Demonstration and performance of domestic air condoning system.

4. Demonstration and basic functions of split air condoning system.

5. Demonstration and basic functions of general refrigeration trainer.

6. To provide training for a possible understanding of the structure and operation of the cooling system.

7. To measure humidity ratio and analysis of the environmental air.

8. To study film wise and dropwise condensation.