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CAVITATION is the process of formation of vapour bubbles of flowing fluid in a region where the pressure of the liquid falls below its vapour pressure and the sudden collapsing of these vapour bubbles in region of high pressure. where SUPERCAVITATION IS THE CONTROLLED FORM OF CAVITATION WHICH HELP US TO attain more underwater speed
There is no point in wind turbines
yes
It is true. The heat can flash water to steam, which spins turbines, which generates electricity.
In the impulse turbines the moving blades and nozzle are in series. In the reaction turbines, the blades are fixed.
They are all reaction type. No inpulse stage is used in KWU turbines
they are quite a maintenance problem lots of pitting and cavitation on the blades low speed turbines ( water wheels ) are easier to get to and dont have near the problem and are easily inspected
impulsive turbine reaction turbine
1) Impulse turbine 2) reaction turbine
Emerson Cavitation Tunnel was created in 1949.
The nuclear reaction produces heat The heat is used to make steam The steam makes the turbines spin The turbines make electricity
Richard N Walters has written: 'Selecting hydraulic reaction turbines' -- subject(s): Hydroelectric power plants, Equipment and supplies, Hydraulic turbines
A cavitation plate is the adjustable metal plate that runs along the bottom of the transom on a V-drive. Some people call the flat metal plate on an outboard or outdrive a cavitation plate but the correct name is anti ventilation plate and cavitation and ventillation are not the same. It is similar in function to Trim Tabs. A cavitation plate is used to adjust the trim of a V-Drive and keep the nose on the water. Here is a link to a picture on PerformanceBoats dot com In this picture of a V-drive, the cavitation plate is anodized red.
cavitation is caused when vapour pressure in the fluid in higher equal to the surrronding presure. in the case of centrifugal pump, when the hydraulic pressure (due to height) in the fluid falls below the vapour pressure of the fluid itself, cavitation wil occur.
in the case of impule turbine total energy at inlet is kinetic energy and in case reaction turbine energy at inlet is kinetic and pressure......
Minao Kamegai has written: 'Underwater explosions and cavitation phenomena' -- subject(s): Underwater explosions, Cavitation