Show
239 citations
related to Hydraulic engineering
Show
239 citations
related to Hydraulic engineering as a subject or category
Description Term used during the period 2002-present
Book
Daniel Macfarlane
(2020)
Fixing Niagara Falls: Environment, Energy, and Engineers at the World’s Most Famous Waterfall.
(/isis/citation/CBB247740357/)
Book
Leslie A. Geddes
(2020)
Watermarks: Leonardo da Vinci and the Mastery of Nature.
(/isis/citation/CBB489722203/)
Article
David Gentilcore
(2020)
From ‘Vilest Beverage’ to ‘Universal Medicine’: Drinking Water in Printed Regimens and Health Guides, 1450–1750.
Social History of Medicine
(pp. 683-703).
(/isis/citation/CBB548338002/)
Book
Ana Duarte Rodrigues; Carmen Toribio Marín
(2020)
The History of Water Management in the Iberian Peninsula: Between the 16th and 19th Centuries.
(/isis/citation/CBB223206567/)
Book
Serge Benoît
(2020)
D'eau et de feu : forges et énergie hydrauliqueXVIIIe-XXe siècle. Une histoire singulière de l'industrialisation française.
(/isis/citation/CBB719763603/)
Article
Mircea O. Popoviciu
(2020)
Aurel Bărglăzan: Founder of Timis, OARA Hydraulic Machinery School.
Icon: Journal of the International Committee for the History of Technology
(pp. 170-179).
(/isis/citation/CBB422720963/)
Article
Alessio Argentieri; Giovanni Rotella; Lorenzo Grassi; et al.
(2020)
Il lago ottocentesco di Villa Savoia (Roma).
Acque Sotterranee
(pp. 85-88).
(/isis/citation/CBB754431693/)
Book
Adriana De Miranda
(2020)
Architettura Idraulica Medievale nel Senese.
(/isis/citation/CBB175400060/)
Article
Pietro Daniel Omodeo; Sebastiano Trevisani; Senthil Babu
(2020)
Benedetto Castelli’s Considerations on the Lagoon of Venice: Mathematical expertise and hydro-geomorphological transformations in seventeenth-century Venice.
Earth Sciences History: Journal of the History of the Earth Sciences Society
(pp. 420-446).
(/isis/citation/CBB552404456/)
Book
Timothy Moss
(2020)
Remaking Berlin: A History of the City through Infrastructure, 1920–2020.
(/isis/citation/CBB159764389/)
Article
Filippo Camerota
(2020)
Leonardo and the Florence Canal. Sheets 126-127 of the Codex Atlanticus.
Substantia: An International Journal of the History of Chemistry
(pp. 37-50).
(/isis/citation/CBB522129271/)
Article
Traetta, Luigi
(2020)
The Universality of Natural Energy. Bernard Forest De Bélidor and Hydraulic Machines.
Physis: Rivista Internazionale di Storia della Scienza.
(/isis/citation/CBB359454059/)
Article
Daniel Macfarlane
(2019)
As nearly as may be: estimating ice and water on the Niagara and St. Lawrence Rivers.
Journal of Historical Geography
(pp. 73-84).
(/isis/citation/CBB009474339/)
Book
Lucia Masotti
(2019)
Acque di terraferma : il Padovano : ricerca e progettazione territoriale per la mitigazione del rischio idraulico; (Inland waters: Padua Province: Territorial research and planning for the mitigation of hydraulic risk).
(/isis/citation/CBB560165506/)
Article
Małgorzata Taborska
(2019)
Treatise by Olbrycht Strumieński (1573) — The First Polish Book on Hydraulic Engineering.
Journal of Physical Science and Application
(pp. 30-38).
(/isis/citation/CBB286004688/)
Article
Michael Eckert
(2019)
Inspired by British inventions: Joseph von Baader (1763–1835) — a Bavarian engineer fighting a losing battle.
International Journal for the History of Engineering and Technology
(pp. 216-237).
(/isis/citation/CBB461350298/)
Article
Cesare S. Maffioli
(2019)
Alle origini del mito di Leonardo da Vinci ingegnere dei navigli di Milano.
Archivio Storico Lombardo
(pp. 249-269).
(/isis/citation/CBB657971790/)
Article
Shannon Stunden Bower
(2019)
Irrigation Infrastructure, Technocratic Faith, and Irregularities of Vision: Canada's Prairie Farm Rehabilitation Administration in Ghana, 1965–1970.
Agricultural History
(pp. 311-340).
(/isis/citation/CBB789969418/)
Article
Giuseppe Capelli; Roberto Mazza; Alessio Argentieri
(2018)
Acque sotterranee nell’Etruria meridionale laziale. Una ricerca che perdura da millenni.
Acque Sotterranee
(pp. 81-86).
(/isis/citation/CBB705429637/)
Article
Michael Eckert
(2018)
Turbulence Research in the 1920s and 1930s between Mathematics, Physics, and Engineering.
Science in Context
(pp. 381-404).
(/isis/citation/CBB786060377/)
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