Johnson, Alba B. (Alba Boardman), 1858-1935
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Johnson, Alba B. (Alba Boardman), 1858-1935
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Johnson, Alba B. (Alba Boardman), 1858-1935
Johnson, Alba Boardman, 1858-
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Johnson, Alba Boardman, 1858-
Alba B. Johnson
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Alba B. Johnson
Johnson, Alba Boardman, 1858-1935.
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Johnson, Alba Boardman, 1858-1935.
Johnson, Alba B. 1858-1935
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Johnson, Alba B. 1858-1935
Johnson, Alba B. (Alba Boardman), 1858-1935, collector.
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Johnson, Alba B. (Alba Boardman), 1858-1935, collector.
Johnson, Alba B.
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Johnson, Alba B.
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Biographical History
Oliver Evans (1755-1819) was perhaps the most talented of Philadelphia's early 19th century mechanicians. He produced two major innovations, the automated flour mill and the high-pressure, non-condensing steam engine, and experimented with or anticipated others, including four-cycle mechanical refrigeration, central heating, the steam wagon, the machine gun, and a perpetual baking oven.
Evans was born in Newport, Del., on September 13, 1755. Little is known of his early life beyond the fact that he was apprenticed to a wheelwright and worked in several other mechanical trades. Between 1780 and 1787 he conceived and perfected his plan of a fully automated flour mill using bucket elevators, screw conveyors and the hopper boy to spread, cool and dry the meal between grinding and bolting. This was the first time that anyone had conceived and executed a system of continuous, fully automatic production. The system was first installed in a mill on Red Clay Creek operated by Oliver's brothers. In 1795 Evans published THE YOUNG MILL-WRIGHT AND MILLER'S GUIDE, explaining both his own system and general principles of mill construction. Fifteen editions were published between 1795 and 1860.
In 1793 Evans moved to Philadelphia and established himself as a merchant, while he continued to pursue his inventions, particularly steam carriages. He soon became preoccupied with the engine itself. The need for a more compact and powerful power plant led him to develop the high-pressure, non-condensing steam engine, which he invented independently of and contemporaneously with Richard Trevithick in Britain. Evans' first model was in operation in 1803. In 1805 he built the ORUKTER AMPHIBOLOS, a steam-powered dredge that was at once a crude steam wagon and steamboat.
Evans had a rather abrasive personality and little tolerance for those who did not see the originality and importance of his inventions. This made it difficult for him to obtain financial backing, forcing him to depend on patent royalties. In 1805, after failing to get a patent extension law through Congress and falling into a public dispute with another steam engineer, John Stevens, Evans ceased his experiments and published his still incomplete text on steam engineering as THE ABORTION OF THE YOUNG STEAM ENGINEER'S GUIDE.
After 1806 Evans moved into manufacturing, building the Mars Iron Works in Philadelphia (1806-1807). Here he built not only his steam engine and boilers but also iron gears and other industrial castings. Evans' engines were installed in the Fairmount pumping station of the Philadelphia Water Works in 1816, in flour mills in the Ohio Valley, and in steamboats operating on the Delaware and Ohio Rivers. Oliver's son, George Evans, organized the Pittsburgh Steam Engine Company in 1812 as a western offshoot of the Mars Works. Evans spent the years after 1809 in pressing his patent rights and involved in several patent controversies. He died in New York on April 15, 1819.
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https://viaf.org/viaf/24470794
https://www.worldcat.org/identities/lccn-nr93011622
https://id.loc.gov/authorities/nr93011622
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Boilers
Canals
Cast iron
Cement
Central heating
Creative ability in technology
Steam engines
Frictional resistance (Hydrodynamics)
Heat engineering
Heating
Inventions
Inventors
Iron industry and trade
Mechanical engineering
Mechanical engineers
Mills and mill-work
Municipal lighting
Plaster of Paris
Pumping machinery
Refrigeration and refrigerating machinery
Sawmills
Ship resistance
Steamboats
Steam-boilers
Steam-engineering
Steam-heating
Steel
Stone-cutting
Technological innovations
Waste heat
Water-supply engineering
Water-wheels
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<conventionDeclaration><citation>VIAF</citation></conventionDeclaration>