Uploaded August 2026 | Updated September 2026, 2 weeks ago
A conventional cargo ship burns fuel to turn its propeller, while a nuclear-powered ship uses reactor heat to make steam and drive a turbine. The result is still rotation delivered through the shaft to the propeller.
Inside the reactor, uranium fuel undergoes fission when neutrons split uranium-235 atoms. The energy released by those reactions becomes heat, replacing the fire normally used in a boiler.
#NuclearReactor #ShipPropulsion #MarineEngineering #NuclearEnergy #CasualNavigation
A conventional cargo ship burns fuel to turn its propeller, while a nuclear-powered ship uses reactor heat to make steam and drive a turbine. The result is still rotation delivered through the shaft to the propeller.
Inside the reactor, uranium fuel undergoes fission when neutrons split uranium-235 atoms. The energy released by those reactions becomes heat, replacing the fire normally used in a boiler.
#NuclearReactor #ShipPropulsion #MarineEngineering #NuclearEnergy #CasualNavigation










