Abstract
Historic concrete buildings are at risk. Limited knowledge of concrete technology until the 1960s led to more sensitive buildings than modern concrete buildings. In addition, the lack of sensibility regarding their heritage value and insufficient protection is leading to remorseless demolition. Still, concrete has proved to be a resilient material that can last over a century with proper care. There is not yet an estimation of the status of historic concrete buildings in Europe. Until now, a few attempts have been done to secondarily, and subjectively, gauge their conservation status. This paper is the result of a joint investigation studying forty-eight historic concrete buildings distributed in four countries. They were surveyed by expert teams according to a predefined methodology. The study aims to identify recurrent damages and parameters affecting the conservation state. It also aims to serve as the first trial for an objective and measurable methodology, to apply it with a statistically significant number of cases. Damages related to the corrosion of reinforcement and moisture-related processes were the most recurrent. The use of plasters, flat roofs, and structural façade walls show a positive effect in protecting the concrete. The state of conservation has a great variability across countries.
Funder
Nederlandse Organisatie voor Toegepast Natuurwetenschappelijk Onderzoek
Joint Programming Initiative on Cultural Heritage and Global Change
Subject
Computer Science Applications,Geotechnical Engineering and Engineering Geology,General Materials Science,Building and Construction,Civil and Structural Engineering
Reference25 articles.
1. Historic Concrete: From Concrete Repair to Concrete Conservation;Heinemann,2013
2. Reinforced Concrete;Slaton,2014
3. Unite d’Habitation;Botton,2019
4. Built to stock. Versatility of Hennebique’s urban warehouses in Belgium (1892–1914)
5. Tailor Made Concrete Structures
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