Historic Roofless Masonry Structures: The role of Environmental Factors that Contribute to Decay and Collapse

Heritage roofless structures, while being invaluable heritage assets, face considerable risk of deterioration. This risk is usually increased when there is extensive water ingress and moisture in the structure. This paper focuses on masonry heritage buildings and ruins in England and has stemmed from an extensive literature review to identify recurrent causes of the disintegration of these structures. Researchers from the University of West London have processed the available literature to create a database that identifies taxonomies of buildings and scientific paths relating to ruinous historic structures. The paper concludes with recommendations for future research, focusing on the acquisition of additional data on the behaviour of masonry structures under varying environmental conditions, emphasising the potential implementation of advanced non-destructive testing techniques.

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Publication Details

Journal
UWL Repository (University of West London)
Published
2025-10-15
Primary Topic
Masonry and Concrete Structural Analysis
Type
article
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article

Historic Roofless Masonry Structures: The role of Environmental Factors that Contribute to Decay and Collapse

F. Tosti, Laden Husamaldin, Nicoletta Bianchini, Tesfaye Tessema et al.
UWL Repository (University of West London)
Masonry and Concrete Structural Analysis
article

Historic Roofless Masonry Structures: The role of Environmental Factors that Contribute to Decay and Collapse

F. Tosti, Laden Husamaldin, Nicoletta Bianchini, Tesfaye Tessema, Efcharis Balodimou
article en

Abstract

Heritage roofless structures, while being invaluable heritage assets, face considerable risk of deterioration. This risk is usually increased when there is extensive water ingress and moisture in the structure. This paper focuses on masonry heritage buildings and ruins in England and has stemmed from an extensive literature review to identify recurrent causes of the disintegration of these structures. Researchers from the University of West London have processed the available literature to create a database that identifies taxonomies of buildings and scientific paths relating to ruinous historic structures. The paper concludes with recommendations for future research, focusing on the acquisition of additional data on the behaviour of masonry structures under varying environmental conditions, emphasising the potential implementation of advanced non-destructive testing techniques.

UWL Repository (University of West London)
Sustainable cities and communities
Openalex Percentile: Top 38%
Masonry and Concrete Structural Analysis
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