Cavitation elimination by Pump

How Cavitation is eliminated by the Pump?

E

Expert

Verified

Cavitation refers to the formation of bubbles in the liquid.

a) In order to avoid the Cavitation, we need to raise the Pump size to One or Two Inch;

b) In order to raise the pressure of Suction Head, or

c) Decrease the Pump Speed.

   Related Questions in Mechanical Engineering

  • Q : Positive Displacement Type of Pump

    Explain why the Centrifugal Pump is not known as the Positive Displacement Type of Pump?

  • Q : Sources of energy what are different

    what are different alternate sources of energy

  • Q : Carburetion A carburetor's primary

    A carburetor's primary function is to mix proper proportions is?

  • Q : Problem on motion of the system (a) A

    (a) A plane moving at a constant velocity, V, crashes into a building as shown in figure below. Due to the design against plane crash of that building, neither major damage nor explosion occurs but the building vibrates after the crash. Assuming that the building can

  • Q : Difference between pressure vessel &

    Difference between pressure vessel & column: The Pressure vessels (cylinder or tank) are utilized to store fluids under pressure. If the pressure vessel are design in the form of column to separate the gas at u

  • Q : Preventing the excess discharge pressure

    How we can prevent the excess discharge pressure?

  • Q : Life expectancy in Product design

    Life expectancy: This part of the specification will state how long the product should remain in working order provided the customer gives reasonable care and maintenance. Also take into account technological advances and ongoing improvements that wou

  • Q : Problem on displacement response time

    (i) Formulate the equation of motion for the system shown in Figure below. List two assumptions made in this formulation. (ii) Find the response of this system at t = 3s. The system begins with the displacement of 5 cm and velocity

  • Q : Deareator In Thermal Power Plant, Why

    In Thermal Power Plant, Why Deareator is placed at the Height?

  • Q : Problem on magnitude of force A

    A horizontal pipe of dimension 540 mm diameter carrying 0.6 m3/s splits into two horizontal pipes of 300 mm diameter with 60% of the flow and another of 150 mm diameter with 40% of the flow. Find out the magnitude and direction of the force

©TutorsGlobe All rights reserved 2022-2023.