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It was used traditionally for Framework knitting, and it was the first major stage in the mechanisation of the textile industry.
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The largest canal project between Roman times and the nineteenth century
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permits large-scale planting in rows, for easier cultivation between the rows
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replacing wood and charcoal as fuel
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Able to keep deep coal mines clear of water. First significant power source other than wind and water.
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an improvement to looms that enabled the weaver to weave faster
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allowed for the seperation of grain from stalks and husks
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Barges carry coal from Worsley to Manchester.
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automating weaving the warp (in the weaving of cloth)
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automates the weft
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Its success kicks off extensive canal construction ("canal mania").
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Much more efficient than the Newcomen.
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Connecting the Mersey to the Trent and connecting the industrial Midlands to the ports of Bristol, Liverpool, and Hull.
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Crompton's "mule" combines Hargreaves' and Arkwright's machines, fully automating the weaving process.
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laborers attack factories and break up the machines they fear will replace them.
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laborers attack factories and break up the machines they fear will replace them.
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The principle of the electric motor.
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Making subaqueous tunnelling possible
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first regular commercial rail service
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making possible generators and electric engines.
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permitting brightly colored cottons
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Steel begins to replace iron in building: steel framing and reinforced concrete make possible "curtain-wall" architecture--i.e., the skyscraper.
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the first high explosive which can be safely handled.
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This large suspension bridge, built by the Roeblings (father and son), is a triumph of engineering.
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making possible mass slaughter and beginning the mechanization of warfare.
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