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High dynamic stresscausesblade fatigue failure in steam turbines
The fireresultedfrom the failure of two steam turbine blades
high temperaturecausingturbine wheel blade failure
drillingcould causeturbine blade damage
lightning strikes(passive) caused byturbine blade damage
Figure 13 drillingcould causeturbine blade damage
the conditionscan causejet engine turbine blades to fail
by operating the engine in an over temperature and over speed condition(passive) caused byturbine blade failure
high - cycle fatigueresultingin the failure of a turbine blade
the high cycle fatigueleadsto the failure of turbine blades
the factorsleadto the failure of turbine blades
the vibration modecausingfailure of turbine blades
LP ) turbine can cause erosioneventually resultingin the failure of turbine blades
For example , droplets entering a low pressure ( LP ) turbine can cause erosioneventually resultingin the failure of turbine blades
problemscould causeturbine blades to fail
heat recovery steam generatorleadto one steam turbine Steam turbine A steam turbine
This build - up , often called coking , could cause hot - spots and premature wearcould causea failure in the turbine blades
that the turbine section was suffering from a vibration resonance problemleadingto the turbine blade failures
( BBP ) heat recovery steam generatorleadto one steam turbine Steam turbine
damagescould be causedto blades of steam turbine by low quality steam
a sudden 100 % loss of the driven load(passive) is usually caused bySteam turbine over speed
by low cycle(passive) caused bysteam turbine blades
Conan Diedrich at the Eastern & Atlantic 's Charlotte Works(passive) designed bysteam turbine locomotives
2 ) low frequencycan also causebroken turbine blade
It is importantto designsteam turbine blades
The Greeksinventeda basic steam turbine
trend analysis of frequency(passive) set bysteam turbine generator
over - speedto ... causingturbine blades
10(passive) is ... composedTurbine blade
Russia Engine ... over - speedto ... causingturbine blades
by the instantaneous air impact(passive) caused byturbine blade
Moreover , wind speeds can be too highcausingturbine blades
by water droplets(passive) caused byturbine blades
with excellent aerodynamics and advanced alloys(passive) are designedTurbine blades
to check the computational tools and designed methods(passive) are designedTurbine blades
with margins of safety and the calculation of blade stresses(passive) are designedTurbine blades
for optimum aerodynamics and mass centre location(passive) are designedTurbine blades
in 1884 _ _ steam turbine(passive) was invented_ _ steam turbine
by Sir Charles Parsons(passive) invented bysteam turbine
to drive the generator or the working machine(passive) is designedSteam turbine
to severe turbine damage followed by extensive repairs and loss of power productioncan leadto severe turbine damage followed by extensive repairs and loss of power production
a crash(passive) caused bya crash
damage to the compressor bladescauseddamage to the compressor blades
massive disruption at the Indian Point nuclear plantcausedmassive disruption at the Indian Point nuclear plant
3set3
secondary damage(passive) being caused bysecondary damage
a fire at the Narora plant in Uttar Pradeshcauseda fire at the Narora plant in Uttar Pradesh
injurycausinginjury
for high efficiency operationdesignedfor high efficiency operation
the problem(passive) was caused bythe problem
> Force(passive) was caused by> Force
engine failure(passive) was caused byengine failure
engine failure(passive) was causedengine failure
catastrophic engine failurecan causecatastrophic engine failure
this incident(passive) was caused bythis incident
Over 30 % of the down time of power plants(passive) is caused byOver 30 % of the down time of power plants
the engine to shed its turbine blades and send them flying out the sides of the fuselagewould causethe engine to shed its turbine blades and send them flying out the sides of the fuselage
in uncontained engine debris and damage to the airplanecould resultin uncontained engine debris and damage to the airplane
Unexpected outages(passive) caused byUnexpected outages
Unexpected outages(passive) caused byUnexpected outages
to the reinforcement of the entire engine bay to limit damage from such failuresledto the reinforcement of the entire engine bay to limit damage from such failures
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
to the unreliability of steam turbinescontributeto the unreliability of steam turbines
to the reinforcement of the entire engine bayledto the reinforcement of the entire engine bay
a reaction forcecausinga reaction force
and built the littlewas designedand built the little
where ... and built the littlewas designedwhere ... and built the little
damages(passive) could be causeddamages
it to spin and turn an electrical generatorcausesit to spin and turn an electrical generator
a firecauseda fire
vibrations(passive) caused byvibrations
to several innovations and improvementsleadingto several innovations and improvements
for the flow rate of steamdesignedfor the flow rate of steam
to extra power productionleadingto extra power production
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
to produce mechanical energy from heatdesignedto produce mechanical energy from heat
Major overhauling , Optimization ofsetMajor overhauling , Optimization of
practicality problems especially when sharp corners are a part of the commutewill causepracticality problems especially when sharp corners are a part of the commute
19 systems collapsecaused19 systems collapse