Technical problems in churches in different climatic conditions

Автор: Sovetnikov D.O., Baranova D.V., Borodinecs A., Korniyenko S.V.

Журнал: Строительство уникальных зданий и сооружений @unistroy

Статья в выпуске: 1 (64), 2018 года.

Бесплатный доступ

In buildings of cultural heritage, such as churches, it is quite difficult to ensure and to maintain the constant values of the indoor climate. Keeping a comfortable indoor environment throughout the year is a challenge due to special requirements for the preservation of the integrity of the interior decoration (frescoes, icons, stucco molding), strict canons to the exterior appearance, the presence of sharp peaks in the increase of hygrothermal parameters due to a peculiarly different number of visitors during church holidays compared to the rest of the year. Three churches described in this paper are situated in Russia and Latvia and despite different geographical position have similar problems: violation of the thermal insulation layer, problems with the provision of heat and humidity mode of condensation. The paper suggests possible ways of monitoring the state of the indoor climate of churches and possible solutions for its maintenance.

Еще

Church, comfort, temperature analysis, indoor climate, hygrothermal regime

Короткий адрес: https://readera.org/143163587

IDR: 143163587   |   DOI: 10.18720/CUBS.64.2

Список литературы Technical problems in churches in different climatic conditions

  • Martínez-Garrido M.I., Aparicio S., Fort R., Anaya J.J., Izquierdo M.A.G. Effect of solar radiation and humidity on the inner core of walls in historic buildings. Construction and Building Materials. 2014. No. 51. pp. 383-394.
  • Napp M., Kalamees T. Energy use and indoor climate of conservation heating, dehumidification and adaptive ventilation for the climate control of a mediaeval church in a cold climate. Energy and Buildings. 2015. No. 108. pp. 61-71.
  • Kalamees T., Väli A., Kurik L., Napp M., Arumagi E., Kallavus U. The influence of indoor climate control on risk for damages in naturally ventilated historic churches in cold climate. International Journal of Architectural Heritage: Conservation, Analysis, and Restoration. 2013. No. 3. pp. 486-498.
  • Hudisteanu V. S., Baran A. I., Balan M., Chereches N. C., Mateesc T., Verdes M., Ciocan V. Improvement of the indoor climate conditions inside orthodox churches. International Scientific Conference CIBV. 2014. pp. 57-64.
  • Napp, M.; Kalamees T.; Tark, T.; Arumägi, A. Integrated design of museum’s indoor climate in medieval Episcopal Castle of Haapsalu. Energy Procedia. 2016. No. 95. pp. 592-600.
  • Bertolin C., Camuffo D., Bighignoli I. Past reconstruction and future forecast of domains of indoor relative humidity fluctuations calculated according to EN 15757:2010. Energy and Buildings. 2015. No. 102. pp. 197-206.
  • Aste N., Torre S., Adhikari R.S., Buzzetti M., Claudio Del Pero∗, Fabrizio Leonforte, Massimiliano Manfren. Sustainable church heating: The Basilica di Collemaggio case-study. Energy and Buildings. 2016. No. 116. pp. 218-231.
  • Sandström. A. R. Indoor Climate in Churches -Problems and Solutions. Riksantikvarieämbetet/National Heritage Board. 2005. 112 p.
  • LVS CR 1752:2008 L. Ventilation for buildings -Design criteria for the indoor environment.
  • Кеслер М. Православные храмы. В трех томах. Том 2. Правосланвые храмы и комплексы: Пособие по проектированию и строительству (к СП 31-103-99). М.: ГУП ЦПП, 2003. 42 с.
  • СП 31-103-99. Здания, сооружения и комплексы православных храмов.
  • СП 131.13330.2012. Строительная климатология.
  • Tabunschikov, Y. B. Indoor Air climate requirements for Russian churches and cathedrals. Indoor Air, Supplement. 2004. Vol.14. pp. 168-174.
  • Недович Н. Проблемы реставрации православных храмов и монастырей. Технология строительства. 2004. №10. с. 47-54.
  • Lesinskis, A., Pelite, U. Vēsturisko publisko ēku mikroklimata nodrošināšanas sistēmu optimizācija. Būvzinātne. 2005. No. 3. pp. 194 -202.
  • Кощей А.В. Системы кондиционирования микроклимата в православных храмах. АВОК. 2009. №8. с. 16-23.
  • Pavlogeorgatos, G. Environmental parameters in museums. Building and Enviroment. 2003. No. 38. pp. 1457 -1462.
  • Mueller., H. F. Energy efficient museum buildings. Renewable Energy. 2013. No. 49. pp. 232 -236.
  • Huijbregts, Z., Kramer R., Martens M., & Schellen S. A proposed method to assess the damage risk of future climate change to museum objects in historic buildings. Building and Environment. 2012. No. 55. pp. 43-56.
  • Korniyenko, S.V. Thermal performance elevation at Sergey Radonezhskiy temple reconstruction in Volgograd. Construction of Unique Buildings and Structures. 2014. No. 5. pp. 39-53.
  • Korniyenko, S. Advanced Hygrothermal Performance of Building Component at Reconstruction of S. Radonezhskiy Temple in Volgograd. MATEC Web of Conferences. 2016. Vol. 53. pp. 69-81.
  • Michalski S. Care and preservation of collections, in: Running a Museum: A Practical Handbook, International Council of Museums. Paris. 2004. pp. 51-90.
  • LBN 003-15. Building climatology.
  • Стандарт АВОК-2-2004. Храмы православные. Отопление, вентиляция, кондиционирование воздуха.
Еще
Статья научная