Add to ORKGDifferent types of sandstone react differently to salt induced corrosion. Three sandstones were chosen for corrosion tests in this study. The three different types of sandstone were subject to two different types of corrosion tests, one in which salt crystallization was enhanced by evaporation and the other where crystallization was minimized by submerging samples into the leachant solution --Abstract, page iii
Salt crystallization is accepted to represent one of the major causes for the degradation of buildin...
The thesis concerns the effects of salts in stone, and the possibilities for reducing or eliminating...
Salt crystallization is accepted to represent one of the major causes for the degradation of buildin...
Abstract: Salt crystallization i the pore spaces of building stones can produce significant deterior...
International audienceWe have investigated the damaging of sandstones in the presence of sodium sulf...
Laboratory experiments are described that examined the effectiveness of certain naturally occurring ...
Abstract A laboratory experiment on salt weathering was carried out under changing humidity conditio...
Porous materials that contain salts can be permanently exposed to dissolution/deliquescencedrying cy...
The aim of this study was to investigate whether the uniaxial compression have any influence on the ...
The sandstone is widely used as cladding stone, even in historic building. Its decay its commonly as...
Dimension and ornamental stones used for built heritage are frequently affected, under all climates,...
In this study we show that the key to understanding why the same salt can cause damage in some condi...
The RILEM Technical Committee 271-ASC was set up in 2016 with the aim ofdeveloping an improved proce...
<p>In an attempt to understand the effects of high levels of de-icing salt deposition on sands...
A saline-spray artificial ageing test was used to simulate the effects produced in granites and sedi...
Salt crystallization is accepted to represent one of the major causes for the degradation of buildin...
The thesis concerns the effects of salts in stone, and the possibilities for reducing or eliminating...
Salt crystallization is accepted to represent one of the major causes for the degradation of buildin...
Abstract: Salt crystallization i the pore spaces of building stones can produce significant deterior...
International audienceWe have investigated the damaging of sandstones in the presence of sodium sulf...
Laboratory experiments are described that examined the effectiveness of certain naturally occurring ...
Abstract A laboratory experiment on salt weathering was carried out under changing humidity conditio...
Porous materials that contain salts can be permanently exposed to dissolution/deliquescencedrying cy...
The aim of this study was to investigate whether the uniaxial compression have any influence on the ...
The sandstone is widely used as cladding stone, even in historic building. Its decay its commonly as...
Dimension and ornamental stones used for built heritage are frequently affected, under all climates,...
In this study we show that the key to understanding why the same salt can cause damage in some condi...
The RILEM Technical Committee 271-ASC was set up in 2016 with the aim ofdeveloping an improved proce...
<p>In an attempt to understand the effects of high levels of de-icing salt deposition on sands...
A saline-spray artificial ageing test was used to simulate the effects produced in granites and sedi...
Salt crystallization is accepted to represent one of the major causes for the degradation of buildin...
The thesis concerns the effects of salts in stone, and the possibilities for reducing or eliminating...
Salt crystallization is accepted to represent one of the major causes for the degradation of buildin...