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Steam turbine rotor vibration ... : causes and solutions steam turbine rotor vibration failures : causes and solutionsresultssteam turbine rotor vibration failures
by broken low - pressure turbine blades(passive) caused bysevere turbine vibrations
broken low - pressure turbine blades(passive) caused bysevere turbine vibrations
by broken low - pressure turbine(passive) caused bysevere turbine vibrations
likelyto causevibration of the steam pipe
water dropletswould causevibration on the turbine blades
a Babcock Borsig Power ( BBP ) heat recovery steam generatorleadto one steam turbine
the draft tubecausingstrong vibrations on the turbine
The Circulating Heater ... likelyto causevibration of the steam pipe
by low cycle(passive) caused bysteam turbine blades
It is importantto designsteam turbine blades
Hero of Alexandriainventeda simple steam turbine
trend analysis of frequency(passive) set bysteam turbine generator
Large ice accretionmay causewind turbine vibration
to operate with a supply of steam produced by a boiler(passive) are designedSteam turbines
to be fed high pressure steam , which exits the turbine at a condenser operating a few degrees above ambient temperature and at a few millimeters of mercury absolute pressure(passive) are normally designedSteam turbines at
of shaft blades and a rotor engine(passive) are composedSteam turbines
to turn energy from fluid onto the rotor(passive) are designedSteam Turbines
to allow for expansion of steam(passive) are designedsteam turbines
of a boiler , a turbine rotor , moving blades , a generator , and the like(passive) is composedA steam turbine
to extract energy from the working fluid ( steam ) and use it to do(passive) is designedA steam turbine
for efficiency(passive) are designedSteam turbines
Research ... needed ... up toto designsteam turbines
in 1884 _ _ steam turbine(passive) was invented_ _ steam turbine
to extract energy from the working fluid ( steam(passive) is designedA steam turbine
for operating with what are known as " high steam parameters(passive) should be designeda steam turbine
even(passive) can ... be designedSteam Turbines
neededto designsteam turbines
long before(passive) were inventedSteam turbines
by Sir Charles Parsons(passive) invented bysteam turbine
by Charles Parsons(passive) invented bysteam turbines
More informationdesignedSteam Turbines
by Sir Charles Parsons(passive) were inventedsteam turbines
by charles parsons in 1884(passive) was invented byA steam turbine
by Charles Parsons(passive) invented bya steam turbine
to drive the generator or the working machine(passive) is designedSteam turbine
for continuous operation(passive) are designedSteam turbines
Expertdesignedsteam turbines
Predesignedsteam turbines
Powerresultedfrom steam turbine
for high efficiency operationdesignedfor high efficiency operation
in premature failure of blades and other componentsresultsin premature failure of blades and other components
extensive damage due to design changes between the original and replacement generator tubeshave causedextensive damage due to design changes between the original and replacement generator tubes
in premature failure of blades and other componentsresultsin premature failure of blades and other components
in premature failure ofresultsin premature failure of
in the design of two turbine types the impulse turbine and the reaction turbinehas resultedin the design of two turbine types the impulse turbine and the reaction turbine
The rotation(passive) is caused byThe rotation
and built the littlewas designedand built the little
where ... and built the littlewas designedwhere ... and built the little
for Base Load OperationsDesignedfor Base Load Operations
into operationto be setinto operation
to several innovations and improvementsleadingto several innovations and improvements
to run in a safe range and avoid safety accidentssetto run in a safe range and avoid safety accidents
along with associated auxiliariessetsalong with associated auxiliaries
serious fault resultssetserious fault results
for island mode and black startdesignedfor island mode and black start
to " fatigue damageledto " fatigue damage
Major overhauling , Optimization ofsetMajor overhauling , Optimization of
to ' fatigue damage ' to the mountings of Turbine No .ledto ' fatigue damage ' to the mountings of Turbine No .
noise and structural vibrationwill causenoise and structural vibration
in a fire on the electric generatorresultedin a fire on the electric generator
a tremendous amount of noisewill causea tremendous amount of noise
the accident(passive) was ... caused bythe accident
a tremendous amount of noise for the occupantswill causea tremendous amount of noise for the occupants
for low load operationdesignedfor low load operation
sleep disruption(passive) caused bysleep disruption
the reactor to shut down automatically last weekcausedthe reactor to shut down automatically last week
from a PLC based speed control on a turbine generator power generation stationcan resultfrom a PLC based speed control on a turbine generator power generation station
from a PLC based speed control oncan resultfrom a PLC based speed control on
the reactor to shut down automatically last week , as it was designed tocausedthe reactor to shut down automatically last week , as it was designed to
to be set into operation by steam generated by means of first plantdesignedto be set into operation by steam generated by means of first plant
for a wide range of reheat applications and for the highest inlet steam conditionsdesignedfor a wide range of reheat applications and for the highest inlet steam conditions
for such power plantdesignedfor such power plant
and manufactured in - housedesignedand manufactured in - house
resulting from any condition or event inside such equipmentcausedresulting from any condition or event inside such equipment
sincewere inventedsince
to work with the 500are designedto work with the 500
the turbine blades to rotate at very high speedcausingthe turbine blades to rotate at very high speed
to the expansion of the sectorhave contributedto the expansion of the sector
to 45 % of the total electricity generation , combined cycle power plantscontributeto 45 % of the total electricity generation , combined cycle power plants