Impact of Biocorrosion on the Durability of Etics and Empirical Findings About the Periodocity of Maintenance

Antošová, Naďa

doi:10.2478/sjce-2013-0009

Abstract

Generally, the role of living organisms (especially bacteria, cyanophytes, algae and fungi) in the physical and chemical processes of the biocorrosion of an external thermal insulation composite system (ETICS) is underestimated. These organisms are the ones that are responsible for a wide range of changes in or "diseases" of building materials and constructions, including damage to a building´s appearance or the destruction and complete collapse of the characteristics and requirements of materials and the ETICS construction.

The following article concerns the impact of biological factors on the durability of ETICS. It shows the importance of and necessity to maintain it, and the method and periodicity of the maintenance.

References

Antošová, N. (2007) Biokorózia kontaktných zatepľovacích systémov (Biocorrosion of composite insulation systems). Monograph. STU Bratislava ISBN 978-80-2786
Search in Google Scholar
Bilčík, J. Dohnálek, J. (2003) Sanace betonových konstrukcí (Sanitation of concrete constructions). Jaga group, Bratislava 2003, ISBN 80-88905-24-9
Search in Google Scholar
Blaich, J. (2000) Poruchy stavieb (Defects of buildings). Bratislava, Jaga group, ISBN 80-88905-49-4
Search in Google Scholar
Božík, M. - Antošová, N. (2004) Diagnostika biokorózie kontaktných zatepľovacích systémov (Diagnosis of biocorrosion of composite insulation systems). In: Eurostav, 10, No. 4/2004, pp. 21-24, Bratislava, ISSN 1335-1249
Search in Google Scholar
Briadka, P. - Horečný P. - Sternová Z. (2012) Životnosť panelových bytových domov - čo hrozí obvodovým plášťom? (Lifespan of panel residential buildings - what is awaiting the external walls?) In: Strechy, fasády Izolace, IXX. 4, pp. 48-50, Ostrava ISSN-1212-0111
Search in Google Scholar
Helmuth V. (2011) Fassadensanierung, Praxisbeispiele, Produkteigenschaften, Schutzfunktionen (Facade renovation, practical examples, product features, protective functions). 251 pp., Berlin, ISBN 978-3-481-02759-9
Search in Google Scholar
Kapusta, M, Kováčik Ľ. (2000) (Epiliptic phycoflora of chosen anthropogenic buildings in Bratislava) Bulletin Slovenskej botanickej spoločnosti SAV No. 22/2000, at: http://sbs.sav.sk/SBS1/bulletins/abs/bull22.htm#02
Search in Google Scholar
Kapusta, M.(1999) Epilitické sinice a riasy z nárastov na kultúrnych pamätihodnostiach mesta Bratislavy (Epiliptic cyanophyte and algae on a cultural landmark). Dissertation, Comenius University in Bratislava, Faculty of Natural Sciences, SB - 274
Search in Google Scholar
Ledererová, J. et. al. (2009) Biokorózní vlivy na stavební díla (Impact of biocorrosion on a building), Prague: Silikátový svaz, 2009. 276 pp. ISBN 978-80-86821-50-4
Search in Google Scholar
Mandula J., Tomko M. (2003) Nová metóda stanovenia životnosti budov. (New method of calculating the life span of buildings). In: Collection of lectures from the Second Conference of Surveyors, Piešťany, 2003
Search in Google Scholar
Somorová, V. (2007) Optimalizácia nákladov spravovania stavebných objektov metódou facility managmentu. (Optimalisation of expenses used for maintenance of constructions through facility management) STU Bratislava, 196 pp., ISBN 978-80-227-2782-2
Search in Google Scholar
Šternová Z., et. al. (2002) Zatepľovacie systémy obvodových plášťov budov (Insulation systems for external walls of buildings). Eurostav, Bratislava, ISBN 80-968183-5-X
Search in Google Scholar
Uher, B.: (2003) Epilitické cyanobaktérie a riasy ako činiteľ biodeteriorizácie kameňa (Epiliptic cyanobacteria and algae as a reason for the biodeterioration of stone). Dissertation, Comenius University in Bratislava, Faculty of Natural Sciences
Search in Google Scholar
Wasserbauer, R. (2000) Biologické znehodnocení staveb (Biological devaluation of buildings). ABF, a.s. Prague, 280 pp., ISBN 80-86165-30-2
Search in Google Scholar
Sedlbauer K., et al. (2007) Prognoseverfahren zum biologischen Befall durch Algen, Pilze und Flechten an Bauteiloberflächen auf Basis bauphysikalischer und mikrobieller Untersuchungen, (Forecasting methods for biological attack by algae, fungi and lichens on component surfaces based on building physical and microbial studies) Fraunhofer-Institut für Bauphysik IBP, Holzkirchen, 304 pp., ISBN 978-3-8167-7102-9
Search in Google Scholar
Raschle, P. Büchli R.(2006) Algen und Pilze an Fassaden Ursachen und Vermeidung (Algae and fungi on walls: causes and prevention), 109 pp., Fraunhofer IRB Verlag ISBN 978-3-8167-7051-0
Search in Google Scholar
STN 73 2901 Zhotovovanie vonkajších tepelnoizolačných kontaktných systémov (ETICS). (Realisation of external thermal insulation composite systems (ETICS))
Search in Google Scholar

Impact of Biocorrosion on the Durability of Etics and Empirical Findings About the Periodocity of Maintenance

Abstract

Paradigm

My account