Among the innovative techniques for detecting moisture on the historical masonry, EFD (Evanescent Field Dielectrometry) present a high potential for providing the absolute measure of the water contebt, to map the salts distribution on the surfaces, without requiring to ample the materials under investigation. Thee integration with IRT (infrared Thermography) results particularly useful on stone/cobbles solid masonry, because of the least reliability of the gravimetric tests on this type of wall, historical buildings located in Lombardy, and the discussion regarding advantages and limits of the application: the Royal Villa in Monza and the church of Saint Ignacious in Ponte (SO)
Integration of EFD, MRM and IRT for moisture mapping on historic masonry: Study cases in northern Italy
Olmi R;Riminesi C;
2016
Abstract
Among the innovative techniques for detecting moisture on the historical masonry, EFD (Evanescent Field Dielectrometry) present a high potential for providing the absolute measure of the water contebt, to map the salts distribution on the surfaces, without requiring to ample the materials under investigation. Thee integration with IRT (infrared Thermography) results particularly useful on stone/cobbles solid masonry, because of the least reliability of the gravimetric tests on this type of wall, historical buildings located in Lombardy, and the discussion regarding advantages and limits of the application: the Royal Villa in Monza and the church of Saint Ignacious in Ponte (SO)I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
