Insight into canvas paintings’ stability and the influence of structural conservation treatments

Cecil Krarup Andersen, Laura Fuster-López

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Resumé

Materials science has proven useful when designing conservation solutions since it provides a broader understanding of the properties and behavior of single materials (artists’ and conservation materials) as well as their interaction with each other in a composite painted structure.
Early on, it was recognized that this approach would be useful for research in conservation methods and materials. Adding or removing materials through conservation intervention inevitably changes the structure and properties of an object and thereby changes the way it responds to external stimuli.
Studies have shown that some of the treatments applied by paintings conservators will change the way that objects perform in time, especially the way they respond to changes in temperature and/or relative humidity. Use of adhesives (i.e., consolidation of paint, mending cracks, etc.), a more substantial
addition of materials (i.e., lining, filling lacunae, etc.), or simply replacing a varnish can lead to significant change in the painting structure and properties and, consequently, the way the new composite ages in different climates. Understanding the structural behavior of painting materials is therefore crucial to the design of conservation strategies that support long-term preservation. This paper presents insights into the current knowledge on the changes induced by selected conservation treatments and the consequences of adding or removing material. The aim is to reflect on options for designing conservation treatments that are both interventive and preventive, rendering the painting
equally or more able to tolerate climate fluctuations than before treatment.
OriginalsprogEngelsk
TitelThe Mechanics of Art Materials and its Future in Heritage Science
RedaktørerDawn Rogala, Paula DePriest, Elena Charola, Robert Koestler
Antal sider8
Vol/bind10
Udgivelses stedWashington DC
ForlagSmithsonian Institution Scholarly Press
Publikationsdato10 dec. 2019
Sider13-20
ISBN (Trykt)1949-2359
ISBN (Elektronisk)1949-2367
DOI
StatusUdgivet - 10 dec. 2019
BegivenhedThe Mechanics of Art Materials and its Future in Heritage Science: A Seminar and Symposium - Smithsonian Institution and KADK, School of Conservation, Washington D.C., USA
Varighed: 24 okt. 201625 nov. 2016

Seminar

SeminarThe Mechanics of Art Materials and its Future in Heritage Science
LokationSmithsonian Institution and KADK, School of Conservation
LandUSA
ByWashington D.C.
Periode24/10/201625/11/2016
NavnSmithsonian Contributions to Museum Conservation

Emneord

  • Konservering
  • maleri

Kunstnerisk udviklingsvirksomhed (KUV)

  • Nej

Citer dette

Andersen, C. K., & Fuster-López, L. (2019). Insight into canvas paintings’ stability and the influence of structural conservation treatments. I D. Rogala, P. DePriest, E. Charola, & R. Koestler (red.), The Mechanics of Art Materials and its Future in Heritage Science (Bind 10, s. 13-20). Washington DC: Smithsonian Institution Scholarly Press. Smithsonian Contributions to Museum Conservation https://doi.org/10.5479/si.11342126.v1
Andersen, Cecil Krarup ; Fuster-López, Laura. / Insight into canvas paintings’ stability and the influence of structural conservation treatments. The Mechanics of Art Materials and its Future in Heritage Science. red. / Dawn Rogala ; Paula DePriest ; Elena Charola ; Robert Koestler. Bind 10 Washington DC : Smithsonian Institution Scholarly Press, 2019. s. 13-20 (Smithsonian Contributions to Museum Conservation).
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title = "Insight into canvas paintings’ stability and the influence of structural conservation treatments",
abstract = "Materials science has proven useful when designing conservation solutions since it provides a broader understanding of the properties and behavior of single materials (artists’ and conservation materials) as well as their interaction with each other in a composite painted structure.Early on, it was recognized that this approach would be useful for research in conservation methods and materials. Adding or removing materials through conservation intervention inevitably changes the structure and properties of an object and thereby changes the way it responds to external stimuli.Studies have shown that some of the treatments applied by paintings conservators will change the way that objects perform in time, especially the way they respond to changes in temperature and/or relative humidity. Use of adhesives (i.e., consolidation of paint, mending cracks, etc.), a more substantialaddition of materials (i.e., lining, filling lacunae, etc.), or simply replacing a varnish can lead to significant change in the painting structure and properties and, consequently, the way the new composite ages in different climates. Understanding the structural behavior of painting materials is therefore crucial to the design of conservation strategies that support long-term preservation. This paper presents insights into the current knowledge on the changes induced by selected conservation treatments and the consequences of adding or removing material. The aim is to reflect on options for designing conservation treatments that are both interventive and preventive, rendering the paintingequally or more able to tolerate climate fluctuations than before treatment.",
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Andersen, CK & Fuster-López, L 2019, Insight into canvas paintings’ stability and the influence of structural conservation treatments. i D Rogala, P DePriest, E Charola & R Koestler (red), The Mechanics of Art Materials and its Future in Heritage Science. bind 10, Smithsonian Institution Scholarly Press, Washington DC, Smithsonian Contributions to Museum Conservation, s. 13-20, The Mechanics of Art Materials and its Future in Heritage Science, Washington D.C., USA, 24/10/2016. https://doi.org/10.5479/si.11342126.v1

Insight into canvas paintings’ stability and the influence of structural conservation treatments. / Andersen, Cecil Krarup; Fuster-López, Laura.

The Mechanics of Art Materials and its Future in Heritage Science. red. / Dawn Rogala; Paula DePriest; Elena Charola; Robert Koestler. Bind 10 Washington DC : Smithsonian Institution Scholarly Press, 2019. s. 13-20 (Smithsonian Contributions to Museum Conservation).

Publikation: Bidrag til bog/antologi/rapportKonferencebidrag i proceedingsForskningpeer review

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N2 - Materials science has proven useful when designing conservation solutions since it provides a broader understanding of the properties and behavior of single materials (artists’ and conservation materials) as well as their interaction with each other in a composite painted structure.Early on, it was recognized that this approach would be useful for research in conservation methods and materials. Adding or removing materials through conservation intervention inevitably changes the structure and properties of an object and thereby changes the way it responds to external stimuli.Studies have shown that some of the treatments applied by paintings conservators will change the way that objects perform in time, especially the way they respond to changes in temperature and/or relative humidity. Use of adhesives (i.e., consolidation of paint, mending cracks, etc.), a more substantialaddition of materials (i.e., lining, filling lacunae, etc.), or simply replacing a varnish can lead to significant change in the painting structure and properties and, consequently, the way the new composite ages in different climates. Understanding the structural behavior of painting materials is therefore crucial to the design of conservation strategies that support long-term preservation. This paper presents insights into the current knowledge on the changes induced by selected conservation treatments and the consequences of adding or removing material. The aim is to reflect on options for designing conservation treatments that are both interventive and preventive, rendering the paintingequally or more able to tolerate climate fluctuations than before treatment.

AB - Materials science has proven useful when designing conservation solutions since it provides a broader understanding of the properties and behavior of single materials (artists’ and conservation materials) as well as their interaction with each other in a composite painted structure.Early on, it was recognized that this approach would be useful for research in conservation methods and materials. Adding or removing materials through conservation intervention inevitably changes the structure and properties of an object and thereby changes the way it responds to external stimuli.Studies have shown that some of the treatments applied by paintings conservators will change the way that objects perform in time, especially the way they respond to changes in temperature and/or relative humidity. Use of adhesives (i.e., consolidation of paint, mending cracks, etc.), a more substantialaddition of materials (i.e., lining, filling lacunae, etc.), or simply replacing a varnish can lead to significant change in the painting structure and properties and, consequently, the way the new composite ages in different climates. Understanding the structural behavior of painting materials is therefore crucial to the design of conservation strategies that support long-term preservation. This paper presents insights into the current knowledge on the changes induced by selected conservation treatments and the consequences of adding or removing material. The aim is to reflect on options for designing conservation treatments that are both interventive and preventive, rendering the paintingequally or more able to tolerate climate fluctuations than before treatment.

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VL - 10

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ER -

Andersen CK, Fuster-López L. Insight into canvas paintings’ stability and the influence of structural conservation treatments. I Rogala D, DePriest P, Charola E, Koestler R, red., The Mechanics of Art Materials and its Future in Heritage Science. Bind 10. Washington DC: Smithsonian Institution Scholarly Press. 2019. s. 13-20. (Smithsonian Contributions to Museum Conservation). https://doi.org/10.5479/si.11342126.v1