Pavla Pekárová, Dana Halmová, Veronika Bačová Mitková, Pavol Miklánek, Ján Pekár and Peter Škoda
Age'. Theoretical and Applied Climatology, 100(1), 163-189.
Brazdil, R., Kundzevic, Z.W., Benito, G., 2006. Historical hydrology for studying flood risk in Europe. Hydrological Sciences Journal, 51(5), 739-764. http://dx.doi.org/10.1623/hysj.51.5.739
Cico, M., 2012. Personal communication. Manuscript of the monograph on Bratislava`s Podhradie.
Directive 2007/60/EC of the European Parliament and of the Council of 23 October 2007 on the assessment and management of flood risks.
Elleder, L., Herget, J
The study is focused on the analysis and statistical evaluation of the joint probability of the occurrence of hydrological variables such as peak discharge (Q), volume (V) and duration (t). In our case study, we focus on the bivariate statistical analysis of these hydrological variables of the Danube River in Bratislava gauging station, during the period of 1876-2013. The study presents the methodology of the bivariate statistical analysis, choice of appropriate marginal distributions and appropriate copula functions in representing the joint distribution. Finally, the joint return periods and conditional return periods for some hydrological pairs (Q-V, V-t, Q-t) were calculated. The approach using copulas can reproduce a wide range of correlation (nonlinear) frequently observed in hydrology. Results of this study provide comprehensive information about flood where a devastating effect may be increased in the case where its three basic components (or at least two of them) Q, V and t have the same significance.
Imrich Lipták, Alojz Kopáčik, Ján Erdélyi and Peter Kyrinovič
 Beňo, J. & Szabó. R. (2006). The Apollo Bridge over Danube in Bratislava by view of general contractor. In 14th. Slovak geodetic days. (147-160). Bratislava: Chamber of surveyors and cartographers.
 Kopáčik, A., Kyrinovič, P., Lipták, I. & Erdélyi, J. (2011). Automated monitoring of the Danube bridge Apollo in Bratislava. (p. 11). In FIG Working Week 2011 : 6th National congress of ONIGT. Bridging the gap between cultures. Marrakech. Morocco. 18.-22.5.2011.
 Kopáčik, A. & Lipták, I. (2011). Frequency Analysis of
 KOHÚT, V.: Application of monument care principles in the field of load-bearing structures. Eurostav. Bratislava, Eurostav s.r.o., No. 4. ISSN 1335-1249.
 SANDANUS, J. - SÓGEL, K.: The survey of tower’s wooden structure biotic damage of the monastery in Jasov and the project of refurbishment, Department of Steel and Timber Structures, Faculty of Civil Engineering, Slovak University of Technology, Bratislava, 2008 (in Slovak)
 SANDANUS, J. - SÓGEL, K.: Restoration project, 1st stage
Jana Katunská, Iveta Bullová and Miroslava Špaková
 Puškár, A. et al. (2002) Obvodové plášte budov. Bratislava, Jaga group
 Hanzlík, P. (2010) Provětrávané fasády - chyby při realizaci. Konstrukce 02/2010. From www: http://www.konstrukce.cz/clanek/provetravane-fasady-chyby-pri-realizaci/
 Chmúrny, I. (2003) Tepelná ochrana budov, Bratislava, Jaga group
 (SUTN) (2012). Part 3: Properties of environment and building products. STN 73 0540-3. Bratislava
 Meroney, R. N. - Neff, D. E. - Birdsall, J. B. (1995) Wind-tunnel simulation of infiltration across
Pavol Fedorčák, Danica Košičanová, Richard Nagy and Peter Mlynár
Absorption cooling at low power is a new technology which has not yet been applied to current conditioning elements. This paper analyzes the various elements of solar absorption cooling. Individual states were simulated in which working conditions were set for the capability of solar absorption cooling to balance heat loads in the room.
The research is based on an experimental device (absorption units with a performance of 10kW) developed at the STU in Bratislava (currently inputs and outputs of cold sources are being measured). Outputs in this paper are processed so that they connect the entire scheme of the solar absorption cooling system (i.e. the relationship between the solar systems hot and cold storage and the absorption unit).
To determine the size of the storage required, calculated cooling for summer months is considered by the ramp rate of the absorption unit and required flow rate of the collectors.
 Finka, M. a kol. (1994) Architektonická kompozícia. Bratislava: Road Bratislava.
 Kurjatko, S., Kúdela, J. (1998). Wood structure and properties 98. Zvolen: Arbora publishers.
 Lokaj, A. a kol. (2010). Dřevostavby a dřevěné konstrukce I. a II. díl. Brno: CERM Akademické nakladatelství.
 Dobrucká, A. (2004) Autorizovaní krajinní architekti sa predstavujú, Retrieved March 10, 2014, from http://www.archinet.sk/Magazine/Clanok.asp?ClanokID=8&VydanieKOD=60&Magazine=forum
 Teorie architektury (2015
 Miles, M.E., Berens, G., Weiss, M.A. (2000). Real Estate Development . Urban Land, Institute, Washington, pp.17-21.
 First facility – lecture Facility Management Consulting and Sustainable Construction. (Green Building).
 Somorová, V. (2004). What are Risks of the Development Process . EUROSTAV. Vol.10, No2. pp.30.
 Somora, B. (2002). How to Start . Bratislava, pp.25-26.
 Trávnik, I. (2002). Evaluation of the Economic Effectiveness of Public Works . STU, Bratislava, pp.100.
 Vranay, F
Martina Zeleňáková, Vlasta Ondrejka Harbuľáková and Adrián Olejník
 Ministry of economy of the SR. 1997. Resolution of the Government No. 684/97, 30 December 1997, Bratislava: Ministry of Economy of the SR.
 Ministry of Economy of the SR. 2000. National renewable energy and action plan. Bratislava: Ministry of Economy of the SR, 1-76.
 Ministry of Economy of the SR. 2002. Conception of energy. Bratislava: Ministry of Economy.
 Ministry of Economy of the SR and Ministry of Agriculture of the SR. 2004. Report on progress in the development of renewable energy sources, including the