Rankine cycle

GPTKB entity

Statements (50)
Predicate Object
gptkbp:instanceOf thermodynamic cycle
gptkbp:application nuclear power plants
thermal power plants
fossil-fuel power plants
steam power generation
gptkbp:component turbine
condenser
boiler
pump
gptkbp:cycle steam cycle
vapor power cycle
gptkbp:cycleSteps isentropic compression
isentropic expansion
isobaric heat addition
isobaric heat rejection
gptkbp:effect lower than Carnot cycle
gptkbp:efficiencyDependsOn temperature difference between heat source and sink
gptkbp:firstDescribed 1859
gptkbp:heatSource combustion
geothermal energy
nuclear fission
solar thermal energy
https://www.w3.org/2000/01/rdf-schema#label Rankine cycle
gptkbp:improves gptkb:regenerative_Rankine_cycle
gptkb:reheat_Rankine_cycle
gptkb:supercritical_Rankine_cycle
regeneration
reheating
superheating
gptkbp:inventedBy gptkb:William_John_Macquorn_Rankine
gptkbp:limitation heat losses
irreversibilities
mechanical losses
gptkbp:namedAfter gptkb:William_John_Macquorn_Rankine
gptkbp:powerSource heat to mechanical energy
gptkbp:processor closed loop
gptkbp:relatedTo gptkb:Carnot_cycle
gptkb:Clausius–Rankine_cycle
gptkbp:thermodynamicProcess cyclic process
gptkbp:usedFor electricity generation
marine propulsion
locomotive engines
gptkbp:usedIn power plants
gptkbp:uses latent heat
phase change of water
sensible heat
gptkbp:workingFluid gptkb:water
steam
gptkbp:bfsParent gptkb:steam_locomotive
gptkbp:bfsLayer 4