The Principles of Bridges
Containing the Mathematical Demonstrations of the Properties of the Arches, the Thickness of the Piers, the Force of the Water against Them, etc.

After flooding destroyed several bridges across the Tyne in 1771, this mathematical treatment appeared the following year.

Charles Hutton (Author)

9781108070492, Cambridge University Press

Paperback / softback, published 6 November 2014

114 pages, 11 b/w illus. 1 table
21.6 x 14 x 0.7 cm, 0.15 kg

Though raised in Newcastle's coal-mining community, Charles Hutton (1737–1823) went on to make his mark as a teacher and mathematician. A fellow of the Royal Society (and recipient of the Copley medal), he carried out research into the convergence of series, ballistics, and the density of the earth. After flooding destroyed several bridges across the Tyne in November 1771, he began to study the design of bridges, and published this mathematical treatment in 1772. It demonstrates the ideal properties of arches and piers, with due consideration given to the force of water flowing against these structures. Hutton's practical observations also enhance a section that provides definitions of relevant terms. Not merely a solution to the demands of transport and trade, a well-designed bridge, in Hutton's eyes, stands as a structure of elegance and beauty.

Preface
1. Of the projects of bridges, with the design, estimate, etc.
2. Of the arches
3. Of the piers
4. Of the forces of water, etc.
5. Of the terms or names of the various parts peculiar to a bridge.

Subject Areas: History of science [PDX]