Home›Mechanical Engineering›Industrial Machinery And Power›Engines And Power TransmissionGroupEngines And Power TransmissionThis child group gathers mechanical engineering inventions that produce mechanical power or carry it between the parts of a machine, including the steam engine, internal combustion engine, diesel engine, gas and steam turbines, and the crankshafts, pistons, flywheels, gears, clutches, bearings, pulleys, levers, shock absorbers and universal joints that transmit or smooth that power once produced. Their shared work is generating rotational or reciprocating force and moving it through a mechanism, as distinct from the specific machines built to manufacture, farm or move materials with that power.FactsBrowse BySourcesComments (0)Reader Challenges (0)FactsComparisonGroup Origin EraWell-attested1712 1Browse ByAll Engines And Power TransmissionEngines And Power Transmission28 entriesEngines And Power TransmissionFilter Results28 entriesFieldAllAstronomical And Timekeeping Instruments (1)Engines And Power Transmission (28)Industrial Machinery And Power (28)Tools And Measuring Instruments (1)YearAll3500 BCE (2)1991 BCE (1)330 BCE (1)50 (1)1206 (2)1676 (1)1712 (1)1794 (1)1826 (1)1876 (2)1878 (1)1884 (1)1885 (1)1893 (1)InventorAllAlphonse Beau de Rochas (1)Charles Algernon Parsons (1)Christiaan Huygens (1)Gottlieb Daimler (1)James Watt (1)Karl Benz (1)Louis Renault (1)Nicolaus Otto (1)Nikolaus Otto (1)Philip Vaughan (1)Robert Hooke (1)Rudolf Diesel (1)Thomas Newcomen (1)Thomas Savery (1)Associated WithAllGear (2)Gearbox (1)South-Pointing Chariot (1)The Wheel (1)Water Wheel (1)Wheelbarrow (1)Windmill (1)In FieldAllMechanical Engineering (28)In GroupAllAstronomical And Timekeeping Instruments (1)Engines And Power Transmission (28)Tools And Measuring Instruments (1)Show ResultsBrowseCompareSelect all 28AeolipileMechanical Engineering1 linkBall BearingMechanical Engineering7 linksCamshaftMechanical Engineering1 linkCarburetorMechanical Engineering2 linksCentrifugal GovernorMechanical Engineering2 linksClutchMechanical Engineering2 linksCrankshaftMechanical Engineering1 linkDiesel EngineMechanical Engineering3 linksFlywheelMechanical Engineering1 linkFuel InjectionMechanical Engineering1 linkGas Turbine EngineMechanical Engineering4 linksGearMechanical Engineering6 linksGearboxMechanical Engineering3 linksGimbalMechanical Engineering1 linkInternal Combustion EngineMechanical Engineering3 linksLeverMechanical Engineering1 linkPistonMechanical Engineering2 linksPulleyMechanical Engineering1 linkShock AbsorberMechanical Engineering1 linkSteam TurbineMechanical Engineering5 linksSuperchargerMechanical Engineering1 linkThe Internal Combustion EngineMechanical Engineering6 linksThe Steam EngineMechanical Engineering8 linksThe WheelMechanical Engineering7 linksTurbochargerMechanical Engineering1 linkUniversal JointMechanical Engineering2 linksWater TurbineMechanical Engineering2 linksWheelMechanical Engineering1 linkSources1. Wikipedia: Steam enginetier 2WikipediaHistory, 1712 Newcomen engineQuote, History, 1712 Newcomen engineThe first commercially successful engine that could transmit continuous power to a machine was developed in 1712 by Thomas Newcomen.View the SourceComments (0)No comments yet. Be the first to share a thought.Sign in to join the discussion.Reader Challenges (0)No disputes yet. Spotted an error or a better source? Open the first one.Sign in to dispute this or suggest a correction.