Tidskriftsartiklar med peer-review
Wessberg, M., Vyhlídal, T. and Broström, T. (2019) A model-based method to control temperature and humidity in intermittently heated massive historic buildings, Building and Environment. Pergamon, Volume 159.
Leijonhufvud, G. and Broström, T. (2018) Standardizing the indoor climate in historic buildings: opportunities, challenges and ways forward, Journal of Architectural Conservation, Volume 24 Issue 1.
Haugen, A. et al. (2018) A Methodology for Long-Term Monitoring of Climate Change Impacts on Historic Buildings, Geosciences. Multidisciplinary Digital Publishing Institute, Volume 8 Issue 10.
Leijonhufvud, G. (2016) Making sense of climate risk information: The case of future indoor climate risks in Swedish churches, Climate Risk Management. Elsevier, Volume 13.
Alev, Ü. et al. (2016) Indoor hygrothermal condition and user satisfaction in naturally ventilated historic houses in temperate humid continental climate around the Baltic Sea, Architectural Science Review, Volume 59 Issue 1.
Napp, M. et al. (2016) Adaptive ventilation for climate control in a medieval church in cold climate, International Journal of Ventilation. Taylor & Francis, Volume 15 Issue 1.
Eskola, L. et al. (2015) Airtightness, air exchange and energy performance in historic residential buildings with different structures, International Journal of Ventilation, Volume 14, Issue 1.
Leijonhufvud, G., Henning, A. (2014) Rethinking indoor climate control in historic buildings: The importance of negotiated priorities and discursive hegemony at a Swedish museum. Energy Research & Social Science 4.
Leijonhufvud, G., Bylund-Melin, C. (2009) Preventive conservation climate in historic buildings – some gaps in the knowledge. Translated from Swedish, originally published in the Scandinavian peer-reviewed journal Meddelser om konservering nr 1 2009.
Konferensbidrag
Broström, T., Wessberg, M., and Leijonhufvud, G. (2019) ‘Better safe than sorry? – Climate control for mould prevention’ in 4th international conference for Integrated Pest Management (IPM) for Cultural Heritage. Swedish National Heritage Board.
Wessberg, M., Broström, T. and Vyhlidal, T. (2017) A method to determine heating power and heat up time for intermittent heating of churches, in Energy Procedia. Elsevier B.V., Volume 132.
Wessberg, M., Leijonhufvud, G. and Broström, T. (2016) An evaluation of three different methods for energy efficient indoor climate control in Skokloster Castle, in de Bouw, M. et al. (eds) Second international conference on Energy Efficiency and Comfort of Historic Buildings. Flanders Heritage Agency.
Leijonhufvud, G and Broström, T. (2016) Standardizing the indoor climate in Swedish churches: opportunities, challenges and ways forward, in de Bouw, M. et al. (eds) second international conference on Energy Efficiency and Comfort of Historic Buildings. Flanders Heritage Agency.
Leijonhufvud, G., Kjellström, E., Broström, T., Ashley-Smith, J., Camuffo D. (2013). Uncertainties in damage assessments of future indoor climates, Climate for collections: Standards and uncertainties. Edited by Jonathan Ashley-Smith, Andreas Burmester, and Melanie Eibl. London: Archetype Publications.
Broström, T., and Leijonhufvud, G. (2010) The indoor climate in Skokloster Castle, Historical buildings as museums: Systems for climate control and heritage preservation. Edited by Davide Del Curto. Firenze: Nardini Editore.
Avhandlingar
Wessberg, Magnus (2019) Indoor climate analysis and model based control of massive construction historic buildings. Diss. Czech Technical University in Prague.
Widström, Torunn (2019) Simulation of historic buildings for enhancement of preservation and energy performance – issues and methods. Diss. Kungliga tekniska högskolan.
Bylund Melin, Charlotta (2018) Wooden objects in historic buildings – Effects of dynamic relative humidity and temperature. Diss. Göteborgs universitet.
Leijonhufvud, Gustaf (2016) Decision making on indoor climate control in historic buildings: knowledge, uncertainty and the science-practice gap. Diss. Göteborgs universitet.
Standard
EN 15759-1 Conservation of cultural property – Indoor climate – Part 1: Guidelines for heating churches, chapels and other places of worship. November 2011.
Handbok
Broström, T. och Klenz Larsen, P. Climate control in historic buildings. Uppsala universitet 2015.
Rapport
Leijonhufvud, G. and Broström, T. (2015) Kyrkobyggnader och klimatförändringar. In Svenska kyrkans utredningar 2015:1: Gemensamt ansvar – en utredning om fastigheter, kyrkor och utjämningssystem, pp. 64-91. Stockholm: Ineko.
Examensarbeten
Håkansson, J. och Thor, H. (2018) Simulering av klimatstyrning i Härnevi kyrka. Examensarbete i byggnadsteknik, Uppsala universitet.
Berefelt, E och Olsson, L. (2017) Utvärdering av olika metoder för fuktstyrning i kyrkor. Examensarbete i byggnadsteknik, Uppsala universitet.
Eriksson, R. (2016) Fuktstyrning av inomhusklimatet på Skoklosters slott. En utvärdering av avfuktning, skyddsvärme och fuktstyrd ventilation. Examensarbete i byggnadsteknik, Uppsala universitet.
Hörnsten, H. (2015) Gamla uppvärmningssystem – En undersökning av kulturmiljövårdens förhållningssätt till åldrade uppvärmningssystem. Examensarbete i kulturvård, Uppsala Universitet.