Reciprocating Steam Turns 300

Трехсотлетие парового двигателя с возвратно-поступательным движением
Matthew Carr
2011-01-01

Newcomen steam engineWestfield Engine (Parkgate)historical steam engine performancereciprocating steamthermo-fluids analyses
The year 2012 marks the 300th anniversary of the first successful reciprocating steam engine, which was built by Thomas Newcomen of Dartmouth, England to dewater a coal mine near Tipton, West Midlands, England. With over 1400 built during the 18th Century, Newcomen engines enabled the Industrial Revolution. This paper: (1) commemorates this achievement through an overview of the development of this remarkable machine; (2) describes the operation of the Newcomen steam engine; and, (3) provides modern thermo-fluids analyses using authentic historical data of the Westfield Engine at Parkgate, an engine that was constructed in 1823 and dismantled in 1934. The overarching goal of this paper is to encourage teaching about this fascinating historical technology in today’s classrooms by providing the background knowledge and pertinent calculations for integration into current thermo-fluids courses.
1
It provides an overview of the historical development and a description of the operation of the Newcomen steam engine.
2
The overarching goal is to facilitate integration of Newcomen engine history and related calculations into contemporary thermo-fluids curricula to support teaching.
3
The paper commemorates 300 years since Newcomen's first successful reciprocating steam engine (1712) and its role enabling the Industrial Revolution with over 1,400 engines built in the 18th century.
4
The paper presents modern thermo-fluids analyses using authentic historical data from the Westfield Engine (constructed 1823, dismantled 1934).

The Newcomen reciprocating steam engine (specifically the Westfield Engine at Parkgate, constructed 1823)

Historical development, operation, and modern thermo-fluids analysis (using historical data) of the Newcomen reciprocating steam engine, and educational integration into thermo-fluids courses

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2011-01-01
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Matthew Carr
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