Spara och bevara* bibliographic database
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Group by: Creators | Item Type
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Number of items at this level: 27.


Arfvidsson, J. and Bjelke-Holtermann, B. and Mattsson, J. (2017) Status determination of a historical building including measures for three different scenarios. Energy Procedia, 132.

Arfvidsson, J. and Bjelke-Holtermann, B. and Mattsson, J. (2015) Status determination of historical buildings: an example. In: 1st International Symposium on Building Pathology, Porto.

Arfvidsson, J. and Bjelke-Holtermann, B. and Mattsson, J. (2014) A method for status determination of historical buildings. In: NSB 2014 10th Nordic Symposium on Building Physics, 15-19 June 2014, Lund, Sweden.


Bacci, M and Picollo, M and Porcinai, S and Radicati, B (2000) Evaluation of the museum environmental risk by means of tempera-painted dosimeters. Thermochimica Acta, 365 (1-2). pp. 25-34. ISSN 00406031

Brimblecombe, P (2005) Effects of the cultural environment. In: Cultural heritage conservation and environmental impact assessment by non-destructive testing and micro-analysis. CRC Press, pp. 11-18. ISBN 9058096815

Broström, Tor and Nilsen, Lisa and Carlsten, Susanna (2019) Conference Report - The 3rd International Conference on Energy Efficiency in Historic Buildings EEHB2018. Uppsala University, Department of Art History. ISBN 978-91-519-0838-0

Bylund Melin, Charlotta (2018) Wooden objects in historic buildings: Effects of dynamic relative humidity and temperature. Doctoral thesis, Göteborgs universitet.


Camuffo, D (1986) Deterioration Processes of Historical Monuments. Studies in Environmental Science, 30. pp. 189-221. ISSN 01661116

Chick, W S (1986) Potential Hazards Resulting from the Misapplication of Energy Conservation Measures in Existing Religious Buildings. In: Building Performance: Function, Preservation and Rehabilitation. ASTM International, pp. 111-120. ISBN 0803104588


de Bouw, M. and Dubois, S. and Dekeyser, L. and Vanhellemont, Y. (2016) EECHB2016 Energy Efficiency and Comfort of Historic Buildings - Proceedings. Flanders Heritage Agency.


Elovitz, K M (1999) Practical guide: Understanding what humidity does and why. ASHRAE Journal, 41 (4). pp. 84-90.

Erhardt, D and Mecklenburg, M F and Tumosa, C S and McCormick-Goodhart, M (1997) The determination of appropriate museum environments. The Interface Between Science and Conservation (16). ISSN 0142-4815


Huber, Joachim (2008) Sustainability Means “Less Is More”.


Jakieła, S and Bratasz, L and Kozłowski, R (2008) Numerical modeling of moisture movement and related stress field in lime wood subjected to changing climate conditions. Wood Science and Technology, 42 (1).


Kilian, R and Holm, A and Radon, J (2008) The King’s House on the Schachen – Indoor Climate Analysis of a Cultural Heritage Building. In: Proceedings of the 8th Symposium on Building Physics in the Nordic Countries. Dept. of Civil Engineering, Technical University of Denmark, pp. 841-848.

Knight, B and Thickett, D (2007) Determination of response rates of wooden objects to fluctuating relative humidity in historic properties. In: Museum Microclimates. National Museum of Denmark. ISBN 978-87-7602-080-4


Legnér, Mattias and Bylund Melin, Charlotta (2013) Quantification, the link to relate climate-induced damage to indoor environments in historic buildings. Climate for Collections - Standards and Uncertainties. Postprints of the Munich Climate Conference 7 to 9 November 2012. pp. 311-324.

Legrum, J P (1994) Ambient atmospheric conditions as a significant factor in the conservation of an altarpiece by Konrad von Soest in its original location. Preventive conservation: practice, theory and research. Preprints of the contributions to the Ottawa Congress, 12-16 September 1994 . pp. 104-109.


Marstein, N and Stein, M (1989) Climatic conditions in medieval churches. Deterioration due to central heating. In: Building Conservation 88 Symposium. Helsinki, 22-26 August 1988. Report. Finnish National Commission for UNESCO , pp. 245-247. ISBN 951-47-2907-2

Mecklenburg, M F (2007) Determining the Acceptable Ranges of Relative Humidity And Temperature in Museums and Galleries: Part 2, Structural Response to Temperature. Smithsonian Museum Conservation Institute.


Odlyha, M and Boon, J J and van den Brink, O and Bacci, M (1997) Environmental research for art conservation (ERA). Journal of Thermal Analysis, 49 (3). pp. 1571-1584. ISSN 00225215

Ogden, S (2007) Temperature, Relative Humidity, Light, and Air Quality: Basic Guidelines for Preservation. Preservation Leaflets.


Padfield, T (1987) The Dangers of Installing Air Conditioning in Historic Buildings. Old cultures in new worlds: 8th General Assembly and International Symposium ICOMOS International Council on Monuments and Sites 1987 . pp. 432-439.

Phillips, Morgan (1981) Wallpaper on Walls: Problems of Climate and Substrate. Journal of the American Institute for Conservation, 20 (2, Conservation of Historic Wallpaper). pp. 83-90. ISSN 01971360


Rudin, Andrew (1986) The Positive Effects of Cool Temperatures on Pipe Organs. Comfort and Light Newsletter (18).


von Reden, Anna (2013) Uncertainties in the interaction between a canvas painting support and moisture. Climate for Collections - Standards and Uncertainties. Postprints of the Munich Climate Conference 7 to 9 November 2012. pp. 247-256.


Wessberg, Magnus (2019) Indoor climate analysis and model based control of massive construction historic buildings. Doctoral thesis, Czech Technical University in Prague.

This list was generated on Tue Aug 4 02:40:40 2020 UTC.