Article Gokhan Tunc; Tanfer Emin Tunc (2022)
Engineering the public-use reinforced concrete buildings of Ankara during the Early Republic of Turkey, 1923–1938. Endeavour: Review of the Progress of Science (p. 100832). (/isis/citation/CBB806004295/) unapi

Article M. R. Singh; Rajendra Yadav (2021)
Microstructural analysis and characterization of lime mortar of seventeenth century Raigad hill fort from western India. Indian Journal of History of Science (pp. 217-227). (/isis/citation/CBB036070424/) unapi

Article Chang-Xue Shu (2021)
Unspoken Modernity: Bamboo-Reinforced Concrete, China 1901-40. HOST: Journal of History of Science and Technology (pp. 88-120). (/isis/citation/CBB576212218/) unapi

Thesis Travis J. Cook (2021)
The Second Stone Age: Sustainability, Cement Transitions and Making the Concrete Cornucopia, 1750-1850. (/isis/citation/CBB832746043/) unapi

Article Sheila Palomares Alarcón (2020)
"Marsá Reinforced Concrete Beams and Their Application in Spanish Agricultural Industrial Architecture. Icon: Journal of the International Committee for the History of Technology (pp. 148-162). (/isis/citation/CBB361628608/) unapi

Book Louis Cellauro; Gilbert Richaud (2020)
Palladio and Concrete: Archaeology, Innovation, Legacy. (/isis/citation/CBB675930574/) unapi

Book David Morton (2019)
Age of Concrete: Housing and the Shape of Aspiration in the Capital of Mozambique. (/isis/citation/CBB769475160/) unapi

Article Phillip J. Wolfram; Wayne F. Lorenz (2016)
Longstanding Design: Roman Engineering of Aqueduct Arcades. International Journal for the History of Engineering and Technology (pp. 56-69). (/isis/citation/CBB104482426/) unapi

Book Christopher Sneddon (2015)
Concrete revolution: Large dams, Cold War geopolitics, and the US Bureau of Reclamation. (/isis/citation/CBB195957883/) unapi

Article Penrose, Beris (2014)
Occupational Exposure to Cement Dust: Changing Opinions of a Respiratory Hazard. Health and History (pp. 25-44). (/isis/citation/CBB001421867/) unapi

Article 台信富寿 [Dainobu, Tomikazu] (2013)
Transition of Cement Manufacturing Technology in the Meiji and Taisho Era in Japan Part 2: A Transition in the Cement Quality at Onoda Cement Company. 化学史研究 [Kagakushi kenkyū; Journal of the Japanese Society for the History of Chemistry] (pp. 62-73). (/isis/citation/CBB391935283/) unapi

Article 台信富寿 [Dainobu, Tomikazu] (2013)
Transition of Cement Manufacturing Technology in the Meiji and Taisho Era in Japan Part 1: A Transition of the Cement Production System in Japan. 化学史研究 [Kagakushi kenkyū; Journal of the Japanese Society for the History of Chemistry] (pp. 51-61). (/isis/citation/CBB468596044/) unapi

Article Baas, Christopher (2012)
Concrete in the Steel City. Indiana Magazine of History (p. 245). (/isis/citation/CBB001200583/) unapi

Article Tatarchuk, Vitaliy; Karamash, Serhiy; Vyroviy, Serhiy (2012)
Scientist in the Field of Construction Materials and Chemistry Kostyantin G. Dementyev: New Information to Biography. Research in the History of Technology (p. 89). (/isis/citation/CBB001321293/) unapi

Book Courland, Robert (2011)
Concrete Planet: The Strange and Fascinating Story of the World's Most Common Man-Made Material. (/isis/citation/CBB001421924/) unapi

Book Edison, Michael P. (2008)
Natural Cement. (/isis/citation/CBB000951791/) unapi

Article Mukerji, Chandra (2006)
Tacit Knowledge and Classical Technique in Seventeenth-Century France: Hydraulic Cement as a Living Practice among Masons and Military Engineers. Technology and Culture (p. 713). (/isis/citation/CBB000830421/) unapi

Book Billington, David P.; Billington, David P., Jr. (2006)
Power, Speed, and Form: Engineers and the Making of the Twentieth Century. (/isis/citation/CBB000772760/) unapi

Book Slaton, Amy (2001)
Reinforced Concrete and the Modernization of American Building, 1900--1930. (/isis/citation/CBB000650211/) unapi

Book Delhumeau, Gwenaël (1999)
L'Invention du béton armé: Hennebique, 1890--1914. (/isis/citation/CBB000630389/) unapi