George Buchanan (engineer, born 1790)
|Died||30 October 1852|
|Education||University of Edinburgh|
|Spouse(s)||Charlotte Barnard (sister-in-law of Michael Faraday)|
|Institutions||President of the Royal Scottish Society of Arts
Fellow of the Royal Society of Edinburgh
George Buchanan FRSE FRSSA (c. 1790, Montrose – 30 October 1852) was a Scottish civil engineer and land surveyor who worked primarily on bridges and harbours. He supervised the construction of the Scotland Street tunnel and the Granton to Edinburgh tunnel.
He was third son of David Buchanan (1745-1812), a printer and publisher at Montrose, and was born about 1790. His father was a Glasite and an accomplished classical scholar, who published numerous edition of the Latin classics, which were in high repute for the accuracy.
George Buchanan was educated at Edinburgh University, where he was a favourite pupil of Sir John Leslie. About 1812, he began business as a land surveyor, but his strong scientific bent soon led him to devote himself to the profession of a civil engineer. In this capacity, he was engaged in several public works of importance, in construction of harbours an bridges, and made a considerable local reputatlon.
In 1822, on the invitation of the directors of the School of Arts, he delivered a course of lectures on mechanical philosophy in the Freemasons' Hall, remarkable for the original and striking experiments. Buchanan afterwards gave one or two courses of lectures on natural philosophy, but his increasing business as an engineer interfered with any further educational work.
In 1827, he drew up a report on the South Esk estuary at Montrose in relation to a question then in dispute concerning salmon fishing. This report attracted the attention and gained the marked commendation of Lord-justice-clerk Charles Hope, Lord Granton, then solicitor-general, who afterwards, as long as he remained at the bar, always gave the advice in any case involving scientific evidence to ‘secure Buchanan.' Subsequently in all the important salmon-fishing questions which arose, and which embraced nearly every estuary in Scotland, Buchanan’s services were enlisted, the point be generally to determine where the river ended and the sea began. He was considered a legal authority on salmon fishing disputes.
When the tunnel of the Edinburgh and Granton railway was being constructed under the new town, and the adjacent buildings were considered in imminent danger, Buchanan was commissioned by the sheriff of Edinburgh to supervise the works on behalf of the city. In 1848, he began the work of erecting the huge chimney, nearly 400 feet in height, of the Edinburgh Gasworks, and carried cut an exhaustive series of experiments to assure its stability. He communicated an account of this work in detail in two papers read before the Royal Scottish Society of Arts. Buchanan was the author of several scientific treatises. He published a ‘Report on the Theory and Application of Leslie's Photometer’. He communicated a series of papers in 1851 to the ‘Courant’ newspaper upon pendulum experiments relating to the earth's rotation, and was a constant contributor to the ‘Transactions of the Royal Scottish Society of Arts.' He also contributed the article on ‘furnaces’ to the eighth edition of the ‘Encyclopædia Britannica.' He was a fellow of the Royal Society of Edinburgh, and was elected president of the Royal Scottish Society of Arts for the session 1647-8.
He died of lung disease on 30 Oct. 1852.
David Buchanan (1779-1848), and William Buchanan (1781-1863) were his elder brothers.
- "Former RSE Fellows 1783–2002" (PDF). Royal Society of Edinburgh. Archived from the original (PDF) on 4 October 2006. Retrieved 19 September 2010.
- Harrison 1886.
- Skempton, A. W. A biographical dictionary of civil engineers in Great Britain and Ireland: 1500-1830. Thomas Telford. ISBN 978-0-7277-2939-2.
This article incorporates text from a publication now in the public domain: Harrison, Robert (1886). "Buchanan, George (1790?-1852)". In Stephen, Leslie. Dictionary of National Biography. 7. London: Smith, Elder & Co. pp. 193–194.