A review of theoretical salt weathering studies for stone heritage

Salt weathering can cause substantial deterioration of natural rocks, building stones, masonry materials, monuments, and engineering structures. Nearly two centuries of salt weathering studies, both theoretically and empirically, have manifested its power as well as its complexity. This paper attemp...

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Published inProgress in Earth and Planetary Science Vol. 8; no. 1; pp. 1 - 23
Main Authors Oguchi, Chiaki T., Yu, Swe
Format Journal Article
LanguageEnglish
Published Berlin/Heidelberg Springer Science and Business Media LLC 07.05.2021
Springer Berlin Heidelberg
Springer Nature B.V
SpringerOpen
Subjects
3. Human geosciences
Atmospheric Sciences
Biogeosciences
Conservation of geoheritage and cultural heritage; properties
Crystal growth pressure
Crystallization
damage assessment and non-destructive evaluation
Earth and Environmental Science
Earth Sciences
G
Geography. Anthropology. Recreation
Geology
Geophysics/Geodesy
Hydration
Hydrogeology
Planetology
QE1-996.5
Review
Salt weathering theories
Salts
Thermal expansion
Thermal expansion of salt
Weathering
weathering processes
Thermal expansion of salt
Hydration
Crystal growth pressure
Salt weathering theories
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Abstract Salt weathering can cause substantial deterioration of natural rocks, building stones, masonry materials, monuments, and engineering structures. Nearly two centuries of salt weathering studies, both theoretically and empirically, have manifested its power as well as its complexity. This paper attempts to unite the kinds of literature assess the various theories in the light of the combined information. The theoretical approaches concerning the most cited mechanisms of salt weathering such as crystallization, hydration and thermal expansion of crystalline salts are thoroughly reviewed. It is understood that there is no universally acceptable hard and sound theoretical information on this topic yet. More precise theories should be developed to elucidate the complications of the mechanisms of salt weathering as well as to interpret the results of empirical studies.
AbstractList Abstract Salt weathering can cause substantial deterioration of natural rocks, building stones, masonry materials, monuments, and engineering structures. Nearly two centuries of salt weathering studies, both theoretically and empirically, have manifested its power as well as its complexity. This paper attempts to unite the kinds of literature assess the various theories in the light of the combined information. The theoretical approaches concerning the most cited mechanisms of salt weathering such as crystallization, hydration and thermal expansion of crystalline salts are thoroughly reviewed. It is understood that there is no universally acceptable hard and sound theoretical information on this topic yet. More precise theories should be developed to elucidate the complications of the mechanisms of salt weathering as well as to interpret the results of empirical studies.
Salt weathering can cause substantial deterioration of natural rocks, building stones, masonry materials, monuments, and engineering structures. Nearly two centuries of salt weathering studies, both theoretically and empirically, have manifested its power as well as its complexity. This paper attempts to unite the kinds of literature assess the various theories in the light of the combined information. The theoretical approaches concerning the most cited mechanisms of salt weathering such as crystallization, hydration and thermal expansion of crystalline salts are thoroughly reviewed. It is understood that there is no universally acceptable hard and sound theoretical information on this topic yet. More precise theories should be developed to elucidate the complications of the mechanisms of salt weathering as well as to interpret the results of empirical studies.
Salt weathering can cause substantial deterioration of natural rocks, building stones, masonry materials, monuments, and engineering structures. Nearly two centuries of salt weathering studies, both theoretically and empirically, have manifested its power as well as its complexity. This paper attempts to unite the kinds of literature assess the various theories in the light of the combined information. The theoretical approaches concerning the most cited mechanisms of salt weathering such as crystallization, hydration and thermal expansion of crystalline salts are thoroughly reviewed. It is understood that there is no universally acceptable hard and sound theoretical information on this topic yet. More precise theories should be developed to elucidate the complications of the mechanisms of salt weathering as well as to interpret the results of empirical studies.
ArticleNumber 32
Author Swe Yu
Chiaki T. Oguchi
Author_xml – sequence: 1
  givenname: Chiaki T.
  orcidid: 0000-0002-9190-6806
  surname: Oguchi
  fullname: Oguchi, Chiaki T.
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  organization: Graduate School of Science and Engineering, Saitama University
– sequence: 2
  givenname: Swe
  surname: Yu
  fullname: Yu, Swe
  organization: Present address: ST&T Architect
BackLink https://cir.nii.ac.jp/crid/1871146592859192832$$DView record in CiNii
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Hydration
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Salt weathering theories
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Snippet Salt weathering can cause substantial deterioration of natural rocks, building stones, masonry materials, monuments, and engineering structures. Nearly two...
Abstract Salt weathering can cause substantial deterioration of natural rocks, building stones, masonry materials, monuments, and engineering structures....
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SubjectTerms 3. Human geosciences
Atmospheric Sciences
Biogeosciences
Conservation of geoheritage and cultural heritage; properties
Crystal growth pressure
Crystallization
damage assessment and non-destructive evaluation
Earth and Environmental Science
Earth Sciences
G
Geography. Anthropology. Recreation
Geology
Geophysics/Geodesy
Hydration
Hydrogeology
Planetology
QE1-996.5
Review
Salt weathering theories
Salts
Thermal expansion
Thermal expansion of salt
Weathering
weathering processes
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Title A review of theoretical salt weathering studies for stone heritage
URI https://cir.nii.ac.jp/crid/1871146592859192832
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