To determine the coefficient of contraction () , coefficient of velocity () , and coefficient of ... more To determine the coefficient of contraction () , coefficient of velocity () , and coefficient of discharge () Of a given small circular an orifice. APPARATUS: Supply tank with piezometer tube, small orifice, measuring tank fitted with piezometer tube, stopwatch and scale, etc.
AIM:-To study gradually varied flow (GVF) in an open channel. APPARATUS:-Open channel, pointer ga... more AIM:-To study gradually varied flow (GVF) in an open channel. APPARATUS:-Open channel, pointer gauge, U-tube manometer, electric motor, etc. THEORY:-Open channel is characterized by the existence of a free surface and pressure is atmospheric and is constant throughout the flow takes place due to gravity. Gradually varied flow (GVF) is the one in which the depth changes gradually over a long distance. In a gradually varied flow, change in depth takes place in a short distance. GVF may cause due to one of the following factors.
This is useful for Engineering and Diploma students of civil , Mechanical and Automobile Student... more This is useful for Engineering and Diploma students of civil , Mechanical and Automobile Students for Lab. practical purpose.
To determine the coefficient of contraction () , coefficient of velocity () , and coefficient of ... more To determine the coefficient of contraction () , coefficient of velocity () , and coefficient of discharge () Of a given small circular an orifice. APPARATUS: Supply tank with piezometer tube, small orifice, measuring tank fitted with piezometer tube, stopwatch and scale, etc.
AIM:-To study gradually varied flow (GVF) in an open channel. APPARATUS:-Open channel, pointer ga... more AIM:-To study gradually varied flow (GVF) in an open channel. APPARATUS:-Open channel, pointer gauge, U-tube manometer, electric motor, etc. THEORY:-Open channel is characterized by the existence of a free surface and pressure is atmospheric and is constant throughout the flow takes place due to gravity. Gradually varied flow (GVF) is the one in which the depth changes gradually over a long distance. In a gradually varied flow, change in depth takes place in a short distance. GVF may cause due to one of the following factors.
This is useful for Engineering and Diploma students of civil , Mechanical and Automobile Student... more This is useful for Engineering and Diploma students of civil , Mechanical and Automobile Students for Lab. practical purpose.
This is useful for laboratory experiments for engineering students of Fluid mechanics and applied... more This is useful for laboratory experiments for engineering students of Fluid mechanics and applied Hydraulics.
In wind tunnel studies experiment, study the pressure distribution around (1) Aerofoil model and ... more In wind tunnel studies experiment, study the pressure distribution around (1) Aerofoil model and (2) cylinder model.
To determine the coefficient of the impact of jet on stationary vanes i.e., flat vane, inclined v... more To determine the coefficient of the impact of jet on stationary vanes i.e., flat vane, inclined vane, and curve / hemispherical vane, and percentage error.
TO Determine the Reynolds Number and Its type of flow or to perform
The Reynolds experiment for ... more TO Determine the Reynolds Number and Its type of flow or to perform The Reynolds experiment for the determination of different regimes of flow
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Papers by DADASAHEB D . RANDIVE
The Reynolds experiment for the determination of different regimes of flow