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How fixed blades works in impulse reaction turbine?

Updated: 8/19/2019
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Q: How fixed blades works in impulse reaction turbine?
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Give the differences between impulse and reaction turbines?

In the impulse turbines the moving blades and nozzle are in series. In the reaction turbines, the blades are fixed.


What are the differences between an impulse turbine and a reaction turbine?

The difference between impulse and reaction turbine goes here...... 1) In case of an impulse turbine the pressure remains same in the rotor or runners, but in case of reaction turbine the pressure decreases in runners as well as stators also. 2) In case of impulse turbine the pressure drop happens only in the nozzle part by means of its kinetic energy. In case of Reaction one the stators those are fixed to the diaphragm act as a nozzle.


What is a steam turbine diaphragm?

Steam turbine is comprising of stages, number and size of the stages depands upon the break horse power of the turbine. The stage has set of moving and fixed blades. The moving blades are attached to the rotor while the stationary blades is called Diaphragm. The diaphragm guides the steam to glide over the moving blades for producing rotary motion.


What are the stages in steam turbine?

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Why the steam turbine needs preheating before the operating?

there are stages, fixed blades on the turbine shell and rotating blades on the rotor. They are very close together sooo, because the steam enters at one end of the turbine it heats that area first and it expands the metal there faster than at the other end causing it to rub. if you heat it slowly the turbine casing and the rotor grow at ~ the same rate so the stages don't rub together. If you heat too quickly,by just admitting a high volume of steam, the rotor heats up to fast, because of it has less metal to heat up, it rubs the fixed blades. this is called going long (the rotor is longer than the tolerances between the fixed blades on the casing)


Where thrust bearing located in steam turbine?

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If you have a turbine with 1 square inch blades and a 100 lb weight fixed onto it does that mean it will take at least 100 PSI of pressure to get it turning?

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measurement of how much the turbine's case expands from its fixed point outward as it is heated


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What is positive differential expansion of steam turbine?

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