Among the innovative techniques for detecting moisture on the historical masonry, EFD (Evanescent Field Dielectrometry) presents a high potential for providing the absolute measure of the water content, to map the salts distribution on the surfaces, without requiring to sample the materials under investigation. The 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, especially on samples collected from the layers beneath the surface. The paper presents the results on two historical buildings located in Lombardy, and the discussion regarding advantages and limits of the application: the Royal Villa in Monza and...
In the last decade, many research have been carried on the application of IRT to detect moisture in ...
The different techniques used for field measurements of moisture content in the San Rocco Church in ...
The integrity, comfort, and energy demand of a building can be negatively affected by the presence o...
Among the innovative techniques for detecting moisture on the historical masonry, EFD (Evanescent Fi...
Several researches have been undertaken to understand the phenomenon of water transportation in any ...
The research line MOdihMA proposes to improve the innovative techniques recently developed to measur...
International audienceThe archaeological site of Vaux-de-la-Celle, located at 60 km North-West of Pa...
Dampness is a major cause of decay to porous materials such as stone, brick, mortar and plaster as s...
High moisture content is a recurrent problem in masonry and can jeopardize durability. Therefore, pr...
This work deals with determining the humidity of historical masonry in the archeological area under ...
Rising damp in masonry buildings is a challenging issue and a continuous threat to the conservation ...
Damage due to moisture and particularly to evaporation is one of the major causes of decay of wall s...
The infrared thermography represents a very useful non-destructive technique in the building diagnos...
Historic plasters will be increasingly at risk, due to natural alteration as well as renovation proj...
In the last decade, many research have been carried on the application of IRT to detect moisture in ...
The different techniques used for field measurements of moisture content in the San Rocco Church in ...
The integrity, comfort, and energy demand of a building can be negatively affected by the presence o...
Among the innovative techniques for detecting moisture on the historical masonry, EFD (Evanescent Fi...
Several researches have been undertaken to understand the phenomenon of water transportation in any ...
The research line MOdihMA proposes to improve the innovative techniques recently developed to measur...
International audienceThe archaeological site of Vaux-de-la-Celle, located at 60 km North-West of Pa...
Dampness is a major cause of decay to porous materials such as stone, brick, mortar and plaster as s...
High moisture content is a recurrent problem in masonry and can jeopardize durability. Therefore, pr...
This work deals with determining the humidity of historical masonry in the archeological area under ...
Rising damp in masonry buildings is a challenging issue and a continuous threat to the conservation ...
Damage due to moisture and particularly to evaporation is one of the major causes of decay of wall s...
The infrared thermography represents a very useful non-destructive technique in the building diagnos...
Historic plasters will be increasingly at risk, due to natural alteration as well as renovation proj...
In the last decade, many research have been carried on the application of IRT to detect moisture in ...
The different techniques used for field measurements of moisture content in the San Rocco Church in ...
The integrity, comfort, and energy demand of a building can be negatively affected by the presence o...