Most of the parts are created using a combination of casting techniques and precision machining. The tolerances are extremely precise given the very high speeds involved in the rotors and stators. You are essentially making a very large fan. The steam is under pressure and is released into the turbine where it makes the turbine rotate, driving some machine, whether it is a generator or a set of gears to move something.
Turbines are driven by steam so it is thermodynamic energy, but that can be created by burning fossil fuels or by nuclear fission
The steam can be used to turn a generator's turbines and make electricity.
Yes, turbines used today are radial steam engines.
The nuclear reaction produces heat The heat is used to make steam The steam makes the turbines spin The turbines make electricity
No, it can be made by rotating machines or by solar panels. Rotating machines can be driven by engines or by the wind. Engines can be water turbines (hydroelectric), steam turbines (coal/oil), gas turbines or petrol or diesel.
In the oil and Gas industries , power is generated by electrical generators driven by Gas turbines , Steam turbines , reciprocating engines or in some cases turbo expanders.
Via big generators. Generators are rotating machines that output electric power when the shaft is spun by an external source, sort of like electric motors in reverse. The generators are driven by many things: water turbines, which are driven by water from a dam Steam turbines, which are driven by steam from boilers heated by burning oil or coal, or nuclear power, or geothermal power. Wind turbines, driven by wind Solar cells And probably a few other things... Actually there is one source of electric power not driven by a generator, and that is fuel cells that produce electricity directly by chemical reaction.
it make high pressure steam to be sent to the turbines.
The capacity of each steam turbines has more than 530 GW in over 6000 installed units. The steam turbines provide high reliability and sustained high efficiency.
no
Steam turbines are external combustion engines.
Yes, they do. They are, comparatively, much quieter than other machines, but they do make noise. **BTW: Steam turbines (radial, axial or tangential steam engines) make a very loud high pitched noise, in most applications, because the steam passing through most steam turbines exceeds the velocity of the sound barrier, the noise is a continuous "sonic boom".