Content of the article will be the evaluation of fragments and construction details of the building envelope, the heat-air-moisture and energy characteristics, their impact on the state of indoor environment, the material parameters. Research is carried out in real conditions in situ and laboratory research in the preparation of experimental models. The project will build on the results obtained from solved projects. Assessment of the envelope, their fragments and construction details in steady sta/te conditions does not give a true picture of their behaviour and their impact on the indoor environment of buildings. The heat-air-moisture microclimate, the properties of building envelope and indoor environment are characterized by non-stationary processes, in real state. The task of the project will be the analysis of the particular heat-air-moisture and energy processes of building envelope, which is exposed to the experimental laboratory and real in situ conditions.
1. Katunský, D. et al. Energy efficiency of large-hall objects, the final report on the treatment of grant VEGA 1/5021/98, handled from 1998 until 2000, January 2001
2. Katunský, D. et al. “Energiebedarf der Hallensysteme“ project handled for the Austrian Institute for support the Central and South-Eastern Europe, 1999-2000.
3. Katunský, D. et al. „Konstruktiver Entwurf zur Verbesserung der Klimabedingungen in Industriehallen“ project handled from 2001 until 2002 for the Austrian Institute for support the Eastern and South-Eastern Europe.
4. Katunský, D. et al. „The interaction of physical factors in creating an appropriate work environment“ scientific project VEGA 1/9023/02, 2002-2004.
5. Katunský, D. et al. Evaluation of heat-air-moisture and light conditions of production industrial buildings VEGA 1/2562/05, 2005-2007.
6. Katunský, D. et al. Heat flows in terms of soil-building interaction and outdoor environment for large hall-type buildings VEGA 1/0695/08, 2008-2010.
7. Katunský, D. The 2nd specific objective of the project: Support of Centre for excellent integrated research of progressive building construction, materials and technologies, with the support of the research and development program financed by the European Regional Development Fund, 2009-2011 (ITMS 26220120018).
8. Katunský, D. et al. Architectural, structural, technological and economic aspects of the design of energy efficient buildings OPVaV-2009/2.2/01-SORO. Knowledge and technology obtained by the research and development transfer into the practice. Project is supported by the ASFEU Agency of Department of Education, 2010-2012 (ITMS 26220220050).
9. Katunský, D. The 2nd specific objective of the project: Centre for excellent research of progressive building construction, materials and technologies, with the support of the research and development program financed by the European Regional Development Fund, 2010-2013 (ITMS 26220120037).
10. Katunský, D. et al. Monitoring of changes in physical parameters of the envelope structures during quasi-stationary states in regards to the dynamic changes of the external environment VEGA 1/60/11, 2011-2013.