The purpose of this paper is to introduce issues related to the corrosive effects of construction salts. Sequentially, one will discuss issues related to the distribution of salt in the wall, salinity sources and types of masonry material damage. There will also be presented the results of research conducted by the authors, which allowed determining the distribution of salinity in the walls depending on the depth and height of sampling. The paper will present test results of samples taken from several heights and depths within the same piece of wall and summaries from all facilities. Research conducted by the authors were based on chemical analyzes performed using the prepared chemical tests. Assays are made using titration and colorimetric...
The microstructural changes in fired clay masonry brick, exposed to various aggressive environments ...
A great amount of research has been done to study chemical and physical decay of porous materials (b...
Archaeological sites are essentially submitted to decay phenomena inherent on their history as well ...
The durability of buildings and structures is dependent on the quality of building materials and ope...
The behaviour of bricks in an environment containing soluble salts is studied. The soluble salts ori...
Masonry constructions, historically used all over the world, largely show the effects of environment...
This paper presents a nonstandard experimental procedure for detection of the presence of salts in b...
Extensive durability problems such as weathering and degradation are found in historic Scandinavian ...
Sea salt damage to porous building materials is a well-known problem not only in regions located nea...
none5noAccepted author version posted online: 09 Sep 2014In masonry materials, the superficial decay...
Salt weathering is one of the most common deterioration mechanisms in porous materials and may lead ...
In this paper, the fired clay brick under sodium sulphate and chloride salt attack were investigated...
Salt damage can affect the service life of numerous building structures, both historical and contemp...
The medieval paintings on the chancel vault in Stroeby Church suffered severe degradation dueto prec...
Of the common building defects that occur in heritage buildings in Penang, Malaysia, salt attack and...
The microstructural changes in fired clay masonry brick, exposed to various aggressive environments ...
A great amount of research has been done to study chemical and physical decay of porous materials (b...
Archaeological sites are essentially submitted to decay phenomena inherent on their history as well ...
The durability of buildings and structures is dependent on the quality of building materials and ope...
The behaviour of bricks in an environment containing soluble salts is studied. The soluble salts ori...
Masonry constructions, historically used all over the world, largely show the effects of environment...
This paper presents a nonstandard experimental procedure for detection of the presence of salts in b...
Extensive durability problems such as weathering and degradation are found in historic Scandinavian ...
Sea salt damage to porous building materials is a well-known problem not only in regions located nea...
none5noAccepted author version posted online: 09 Sep 2014In masonry materials, the superficial decay...
Salt weathering is one of the most common deterioration mechanisms in porous materials and may lead ...
In this paper, the fired clay brick under sodium sulphate and chloride salt attack were investigated...
Salt damage can affect the service life of numerous building structures, both historical and contemp...
The medieval paintings on the chancel vault in Stroeby Church suffered severe degradation dueto prec...
Of the common building defects that occur in heritage buildings in Penang, Malaysia, salt attack and...
The microstructural changes in fired clay masonry brick, exposed to various aggressive environments ...
A great amount of research has been done to study chemical and physical decay of porous materials (b...
Archaeological sites are essentially submitted to decay phenomena inherent on their history as well ...