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The 84 pages that link to Internal combustion engine, each with the reason it gives.

• CombustionBroader topic: It harnesses combustion in repeated cycles to produce motion.

• TorqueBroader topic: Combustion pressure applies torque to the crankshaft to drive the vehicle.

• Electric vehicleCompared with: It is the conventional propulsion technology that electric drivetrains can replace or supplement.

• Carbon monoxideRelated: Engine exhaust contains carbon monoxide when fuel combustion is incomplete.

• Steam engineCompared with: It generates hot gases internally rather than receiving pressurized steam from a boiler.

• Nitrous oxideRelated: Injected nitrous oxide can supply extra oxygen for brief increases in fuel combustion and engine output.

• Diesel engineNarrower topic: A diesel engine is one type of internal-combustion engine.

• Energy transitionRelated: Its adoption made petroleum central to road transport and aviation.

• AutomobileRelated: It powers most automobiles that use gasoline or diesel fuel.

• Fuel cellCompared with: Fuel cells convert chemical energy electrochemically instead of first producing heat and motion.

• Automotive industryCompared with: Its dominance is challenged by electric powertrains, forcing costly industrial transitions.

• Fossil fuelRelated: Petroleum fuels power many vehicles through this engine type.

• CrankshaftNarrower topic: Crankshafts turn piston forces into output rotation in piston-based examples of this engine.

• Four-stroke engineNarrower topic: The four-stroke engine is one architecture within this broader engine family.

• PistonNarrower topic: Combustion pressure drives pistons in the common reciprocating-engine design.

• Thermal efficiencyBroader topic: Its thermal efficiency compares useful shaft work with the fuel's chemical energy input.

• Heat engineBroader topic: Combustion heats gas directly within the engine’s cylinders or chamber.

• Mechanical engineeringBroader topic: It is a major application of thermodynamics, combustion, materials, and machine design.

• Second Industrial RevolutionRelated: It enabled automobiles and new forms of transport and industrial power.

• Catalytic converterNarrower topic: Converters treat pollutants generated by this engine family.

• Agricultural machineryRelated: Diesel engines have powered most mobile farm machinery for generations.

• Automotive engineeringCompared with: Its fuel, emissions, and thermal requirements differ sharply from electric propulsion.

• Creative destructionBroader topic: Its spread displaced horse-based transport and reshaped manufacturing and urban life.

• MotorcycleRelated: It converts fuel into mechanical power in most traditional motorcycles.

• Otto cycleNarrower topic: The Otto cycle belongs to the broader history of internal-combustion engine theory.

• Combustion chamberNarrower topic: Combustion chambers are the defining reaction spaces in this engine family.

• FlywheelRelated: Its flywheel smooths torque pulses between power strokes and helps start the engine.

• Stirling engineCompared with: Unlike a Stirling engine, it generates heat within the working gas rather than through an external heater.

• Battery electric vehicleCompared with: Battery electric vehicles omit this propulsion source entirely.

• Transport emissionsRelated: Road vehicles release carbon dioxide and combustion pollutants when these engines burn fuel.

• Wankel engineNarrower topic: The Wankel is one architecture within this broader family of engines.

• Connecting rodNarrower topic: Its piston-and-crank arrangement is the most familiar setting for a connecting rod.

• Mercedes-BenzRelated: It has powered generations of Mercedes-Benz cars and commercial vehicles.

• Wilbur WrightRelated: The Wright Flyer used a compact engine built with help from their mechanic, Charlie Taylor.

• Benz Patent-MotorwagenNarrower topic: The Motorwagen’s engine belongs to this broader class of propulsion systems.

• Centrifugal governorRelated: Mechanical and electronic governors regulate fuel or air input in engines under changing loads.

• Gottlieb DaimlerNarrower topic: Daimler’s high-speed designs helped make this engine type practical for transport.

• Piston engineNarrower topic: Most piston engines burn fuel within their cylinders, making this their broader engine family.

• Reciprocating engineNarrower topic: Many reciprocating engines are internal-combustion engines, though reciprocation also occurs in other engine types.

• Rudolf DieselNarrower topic: Diesel’s invention belongs to this broad family of engines.

• Horse-drawn vehicleCompared with: Motor vehicles powered by these engines displaced horse traction in many transport roles.

• Mechanized warfareRelated: It supplied the compact propulsion needed for practical military vehicles.

• Vehicle emissionsNarrower topic: Combustion inside these engines generates many exhaust pollutants.

• Alberto Santos-DumontRelated: Compact engines gave his airships and airplanes propulsion without external power.

• Étienne LenoirNarrower topic: Later engines inherited the broad principle demonstrated by Lenoir’s commercial machine.

• Fuel injectionNarrower topic: Fuel injection is one method of supplying fuel to this broader engine type.

• Hybrid vehicleRelated: In common hybrids, it complements electric propulsion, especially during sustained or high-power driving.

• Passenger carRelated: It converts fuel energy into motion in many passenger cars.

• SnowmobileNarrower topic: Most snowmobiles use this engine type to provide compact onboard propulsion.

• Alphonse Beau de RochasNarrower topic: The four-stroke cycle became one of the defining arrangements within this broader engine family.