[1.] BARCA A.: Plastica arhitecturii rurale, Ad Libri Publishing, 2007
[2.] BERESCU C.: Earthen arhitecture in Romania, Terra Europae, Earthen arhitecture in European Union, Edizioni ETS, 2011
[3.] CSERI M., HORVÁTH A., SZABÓ Z.: Discover Rural Hungary, Hungarian Open Air Museum, Szentendre, 2007
[4.] DRAGOMIR V.: Conservarea si restaurarea arhitecturii vernaculare, Universitaria Publishing, 2012
[5.] GLIGOR L., COMAN D.: Case traditionale din Marginimea Sibiului – Indrumar practic de restaurare si intretinere
Very low seismicity areas in Slovakia and comparison of seismic risk in Central European Countries
A parametric study concerning the importance of very low seismicity for Slovakia is introduced. Analyses were performed for ordinary buildings such as family houses, residential brick buildings, residential panel buildings and high-rise buildings. Both horizontal wind and seismic actions were analysed and compared in detail for all the regions and conditions in Slovakia.
Mariusz Ptak, Dariusz Wrzesiński and Adam Choiński
on lakes in CentralEurope. In: George, D.G. (Ed.): The Impact of Climate Change on European Lakes. Aquatic Ecology Series 4. Springer, Dordrecht, The Netherlands, pp. 387–409.
Futter, M.N., 2003. Patterns and trends in southern Ontario Lake ice phenology. Environmental Monitoring and Assessment, 88, 431–444.
Gądek, B., 2014. Climatic sensitivity of the non-glaciated mountains cryosphere (Tatra Mts., Poland and Slovakia). Global and Planetary Change, 121, 1–8.
Gąsiorowski, M., Sienkiewicz, E., 2010. 20th century acidification and warming as
Dariusz Karpisz, Anna Kiełbus and Johannes Brunner
The article presents the main trends in Rapid Prototyping and Smart Engineering. The potential of Central European regions was demonstrated and characterized on the mentioned basis of which e-learning trainings were developed. Based on the implemented international project “3DCentral – Catalyzing Smart Engineering and Rapid Prototyping”, selected conclusions from the implementation of the training program are presented.
Slovakia has very limited amounts of fossil resources. However, it has a relatively high potential of geothermal energy which use is far below its possibilities. The most abundant geothermal resource, not only in Slovakia but throughout the central Europe, is Košice basin. Since the publication of the first ideas about the ambitious goal to exploit the geothermal potential of this site, 20 years has passed and three geothermal wells has been made but without any progress. In the article the authors present the idea of a fundamental change in the approach to improve the energy and economic efficiency of the project.
Based on the international literature, the effect of an existing panoramic view on the market value of properties is positive and significant. This value-adding factor varies by location and by type of view. In Central Europe, no such evaluation study has been elaborated until now. New building construction may restrict the existing panorama, and this is the other side of the same phenomenon. View restriction may result in stigmatization, which is a negative effect on the property. There are two major methodologies to observe the effect: revealed preference method (RPM) and stated preference method (SPM). One SPM approach is contingent valuation (CV), wherein well-informed stakeholders give their opinion about the impact caused by the investigated effect. The CV methodology, using the Delphi approach, was employed to observe the market value decrease in the cases of several restricted panorama situations in Budapest. Based on the research, this effect in Budapest is in line with the published western results. The result of the study can be used to support real estate developers and architects in their development decisions. This is an extended version of the article titled “The impact of view-restriction: a Delphi case study from Budapest”, presented at Creative Construction Conference 2018, CCC 2017, 30 June to 3 July 2018, Ljubljana, Slovenia.
The article deals with the impact of selected external factors on the temperature of photovoltaic module surfaces. Primary aim of this research is creation of temperature model for photovoltaic module, which would be usable under the real climatic conditions in Central Europe region. Fully autonomous measuring system was designed and created for temperature monitoring of different parts of photovoltaic modules. The measuring system consists of 24 temperature sensors, voltage inverter, control unit, transfer modules, receiver modules and temperature measuring module. The experiments were performed on photovoltaic modules installed on the roof of the University of Life Sciences in Prague during summer 2018. The temperature of photovoltaic modules significantly depends on the climatic conditions, which were monitored by the weather station. The temperature and the solar radiation dependencies for polycrystalline and monocrystalline photovoltaic modules were obtained in experiments conducted. The temperature relations were measured for different parts of photovoltaic module – active parts of photovoltaic module, frame, non-active parts of photovoltaic module, as well as ambient temperature. Final mathematical description of polynomial graphical dependencies was obtained after application of fitting procedure and regression analysis.
Sciences , pp. 2993–3001.
 NĚMEČKOVÁ, I. 2012. Education as Employee Motivation and Retention Factor of the Companies Operating in the Czech Republic. CentralEuropean Business Review , 1 (1), pp. 33-37.
 SIRŮČEK, P., & PAVELKA, T. 2013. Youth Unemployment in the Czech Republic and the Impact of Economic Crisis. In Loster, T., Pavelka, T. (Eds.). International Days of Statistics and Economics , pp. 1278-1287. Retrieved from http://msed.vse.cz/files/2013/229-Pavelka-Tomas-paper.pdf .
 ŠAFRÁNKOVÁ, J. 2003, 2005, 2009, 2010, 2011. Positions
Giannis Adamos, Eftihia Nathanail, Irina Yatskiv Jackiva, Evelina Budilovich Budiloviča and Maria Tsami
of the European Transport Conference 2018 , Dublin, Ireland, 10–12 October 2018.
3. Banister, D. & Berechman, Y. (2001). Transport investment and the promotion of economic growth. Journal of Transport Geography , 9 (2001), 209-218.
4. Chowdhury, S., Hadas, Y., Gonzalez, V., Schot, B. (2018). Public transport users’ and policy makers’ perceptions of integrated public transport systems. Transport Policy 61, 75-83.
5. City-HUB (2013). City-HUB: Deliverable D3.2, Guide for Efficient and Smart Design.
6. Cronbach, L. J. (1951). Coefficient
 Matějka, P., Růžička, J., Žák, J., Hájek, P., Tomek, A., Kaiser, J., Veselka, J. The implementation of Building Information Modeling into educational programs at CTU in Prague. CESB 2016 - CentralEurope Towards Sustainable Building 2016: Innovations for Sustainable Future , 2016, pp. 853-860.
 Wang, L., Leite, F. Process-oriented approach of teaching building information modeling in construction management. Journal of Professional Issues in Engineering Education and Practice , 140 (4), 2014, art. no. 04014004.
 Nassar, K. Assessing building