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| Shortly after the steam engine was developed, a steam ] called ] was invented by ], and the first steam-powered ] was invented by ]. These inventions, and the fact that machines were not taxed as much as people, caused large social upheavals, as small mills and cottage industries that revolved around a stream or group of people putting energy into a product could not compete with the energy derived from steam. With locomotives and steamships, goods could now be transfered very quickly across a country or ocean, and within a relatively predictable timeframe, since the steam plants provided consistent power, unlike transportation relying on wind or animal power. | Shortly after the steam engine was developed, a steam ] called ] was invented by ], and the first steam-powered ] was invented by ]. These inventions, and the fact that machines were not taxed as much as people, caused large social upheavals, as small mills and cottage industries that revolved around a stream or group of people putting energy into a product could not compete with the energy derived from steam. With locomotives and steamships, goods could now be transfered very quickly across a country or ocean, and within a relatively predictable timeframe, since the steam plants provided consistent power, unlike transportation relying on wind or animal power. | ||
Revision as of 19:15, 17 September 2001
The Industrial Revolution of the 18th century was an outgrowth from the enlightenment of the Renaissance and the colonial expansion of the 17th century.
One of the primary things that got the revolution going was the invention of the steam engine by James Watt and others. Prior to the steam engine, all manufacturing had to rely on streams and rivers for the power used to turn wheels and operate machinery, or on people performing work by hand in cottage industries. With the ability to translate the potential energy of steam into mechanical force, a factory could be built away from streams and rivers, and many tasks that had been done by hand in the past could be mechanized. If, for example, a lumber mill had been limited in the number of logs it could cut in a day due to the amount of water and pressure available to turn the wheels, the steam engine eliminated that dependence. Grain mills, thread and clothing mills, and wind driven water pumps could all be converted to steam power as well.
Shortly after the steam engine was developed, a steam locomotive called The Rocket was invented by George Stephenson, and the first steam-powered ship was invented by Fulton. These inventions, and the fact that machines were not taxed as much as people, caused large social upheavals, as small mills and cottage industries that revolved around a stream or group of people putting energy into a product could not compete with the energy derived from steam. With locomotives and steamships, goods could now be transfered very quickly across a country or ocean, and within a relatively predictable timeframe, since the steam plants provided consistent power, unlike transportation relying on wind or animal power.
The transition to industrialisation was not wholely seamless, for workers who saw their livelihoods threatened by the process frequently sabotaged or attempted to sabotage factories. These saboteurs were known as 'Luddites'. This view of the Luddite history should also be set against alternative views, such as that of E. P. Thompson.
See also History, History of Science and Technology, 18th century and 19th century, as well as Rail Transport.