Linked from

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

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

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

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

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

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

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

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

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

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

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

• 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.

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

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

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

• 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.

• Fire engineRelated: Its adoption enabled self-propelled fire apparatus and powered pumps.

• All-terrain vehicleRelated: It is the power source in many gasoline-powered ATVs.

• History of the automobileRelated: Its development made compact, self-propelled vehicles practical.

• Motor vehicleRelated: It powers many motor vehicles by converting fuel into mechanical motion.

• Auto rickshawRelated: Many auto rickshaws use compact combustion engines to drive their wheels.

• John Philip HollandRelated: Holland’s designs used surface-running engines to recharge batteries and propel the vessel.

• SwatherRelated: Compact engines enabled self-propelled swathers rather than relying only on tractors for power and movement.

• Land transportRelated: It powers many road vehicles and some trains.

• Alternative fuel vehicleRelated: Natural gas and propane vehicles can use adapted internal-combustion engines.

• CarRelated: It converts gasoline or diesel into the motion that drives many cars.

• Carnot heat engineRelated: Its efficiency can be compared with the Carnot limit for its operating temperatures.

• History of road transportRelated: It enabled compact, self-propelled road vehicles with growing range and speed.

• History of the petroleum industryRelated: Its spread created mass demand for gasoline and diesel.

• History of transportRelated: It enabled road vehicles and aircraft to move without animal or steam power.

• Liquid fuelRelated: It converts the heat from liquid-fuel combustion into mechanical work.

• Mechanised agricultureRelated: Compact engines made farm machines more mobile and practical than steam traction.

• MinibikeRelated: Many minibikes use small combustion engines to drive the rear wheel.