Rising dampness in ancient walls is one of the most frequent problems in ancient buildings, which affects both building and restoration materials, thus leading to strong structural and surface damages. After outline of some peculiar, investigated cases (St. Mark Church, Pio Palace in Carpi and other ones), the mechanisms and decay effects of rising water in the masonry are discussed from both laboratory and on site point of view. Some experimental results are finally discussed and evaluated with reference to the adhesion of the main materials and systems frequently used in Italy for restoration of ancient materials of architectural heritage.

Dampness rise and repair systems in the restoration of ancient building materials / F. Sandrolini. - STAMPA. - (2005), p. 162. (Intervento presentato al convegno E-MRS 2005 Fall Meeting (European Materials Research Society) tenutosi a Warsaw (Poland) nel 5th-9th September 2005).

Dampness rise and repair systems in the restoration of ancient building materials

SANDROLINI, FRANCO
2005

Abstract

Rising dampness in ancient walls is one of the most frequent problems in ancient buildings, which affects both building and restoration materials, thus leading to strong structural and surface damages. After outline of some peculiar, investigated cases (St. Mark Church, Pio Palace in Carpi and other ones), the mechanisms and decay effects of rising water in the masonry are discussed from both laboratory and on site point of view. Some experimental results are finally discussed and evaluated with reference to the adhesion of the main materials and systems frequently used in Italy for restoration of ancient materials of architectural heritage.
2005
European Materials Research Society, E-MRS 2005 Fall Meeting, Warsaw University of Technology, Warsaw (Poland) 5th-9th September 2005. Book of Abstracts.
162
Dampness rise and repair systems in the restoration of ancient building materials / F. Sandrolini. - STAMPA. - (2005), p. 162. (Intervento presentato al convegno E-MRS 2005 Fall Meeting (European Materials Research Society) tenutosi a Warsaw (Poland) nel 5th-9th September 2005).
F. Sandrolini
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/25822
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