Into how many types can you classify turbines on basis of head at inlet?

Related MCQs

• How many types of turbines can you classify on the basis of direction of flow through runner?
• Into how many types can you classify radial flow turbines?
• In the inlet velocity triangle of a Kaplan turbine, α1 = 45o. The velocity of flow at inlet = 10 m/s. Find the whirl velocity of water at the inlet of Kaplan turbine?
• The whirl velocity of water at the inlet of the Kaplan turbine is 15 m/s. The velocity of water at inlet of the turbine is 20 m/s. Find the guide vane angle at inlet (In degrees).
• High head, low head and medium head turbines are classified based on
• Radial flow reaction turbines are those turbines in which water flows                        
• In Pelton turbines the expression for power delivered at inlet to runner is given by
• In which of following turbine inlet whirl velocity and inlet jet velocity are equal in magnitude?
• Power developed by Francis turbine are calculated for a certain set of conditions. Now, the inlet whirl velocity is doubled, the blade velocity at inlet is doubled and the flow velocity is quartered. The power developed:
• The relative velocity of water at the inlet of the Kaplan turbine is 7 m/s. β1 = 75o. The whirl velocity of the water at inlet is 10 m/s. Find the blade velocity of the turbine?