Communications - Scientific Letters of the University of Zilina 2003, 5(3):45-66 | DOI: 10.26552/com.C.2003.3.45-66

Faculty of Civil Engineering

Jan Celko1
1 Faculty of Civil Engineering, University of Zilina, Slovakia

The Faculty is accredited to educate students in the field of civil engineering (transport structures for construction design, reconstruction and maintenance of railway tracks, roads, highways, urban roads, bridges and tunnels). There are more than 1,000 students at the Faculty in daily courses, 27 PhD. daily students and 43 PhD. students in external form. The students from abroad can participate in both forms of study.The Faculty solves theoretical problems of design for transport structures, modeling, strain analysis, computer-based strength calculations and traffic planning in its research and professional activities. Significant results are achieved in measuring and diagnostics of transport structures subjected to dynamic loading. Courses of study are realized in three levels: bachelor (3 years), master (2 years), PhD (3 years).

Keywords: Faculty of Civil Engineering

Published: September 30, 2003  Show citation

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Celko, J. (2003). Faculty of Civil Engineering. Communications - Scientific Letters of the University of Zilina, 5(3), 45-66. doi: 10.26552/com.C.2003.3.45-66
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    References

    1. Grant project No. 1/4148/97 Modernisation of Railway Tracks and Stations - using of new Constructions and Materials and their Influence at Track Quality.
    2. Grant project No. 1/7409/20 New Constructions and Materials for the Modernisation of Railway Tracks and Stations and their Influence at Track Quality.
    3. ##
    4. POTOČEK, K. - POTOČEK, T.: Zateplenie budovy z pohľadu efektívnosti vynaložených finančných prostriedkov, Tepelná ochrana budov, Praha 2/2001, ISSN 1213-0907.
    5. ##
    6. POTOČEK, K., POTOČEK, T.: Dodatočné zateplenie obvodových stien vykurovaných budov z pohľadu kondenzácie vodnej pary, Tepelná ochrana budov, Praha 3/2002, ISSN 1213-0907.
    7. ##
    8. Technical regulation TP SSC 05/2000 - Measurement and evaluation of asphalt pavements skid resistance by SKIDDOMETER BV 11, SSC Bratislava, 2000 (In Slovak)
    9. ČELKO, J. a kol.: Surface characteristics of pavements. Pavement serviceability. ŽU v Žiline, 2000 (In Slovak)
    10. DECKÝ, M.: Dynamic interaction vehicle - pavement from point of view of longitudinal evenness, 2003 (In Slovak)
    11. KOVÁČ, M.: Longitudinal unevenness of pavements, Thesis, 2003 (In Slovak)
    12. Technical regulation TP SSC 04/2000 - Measurement and evaluation of asphalt pavements unevenness by PROFILOGRAPH GE, SSC Bratislava, 2000 (In Slovak)
    13. Technical regulation TP SSC 03/2000 - Measurement and evaluation of asphalt pavements bearing capacity by FWD KUAB 2m - 150, SSC Bratislava, 2000 (In Slovak)
    14. Technical regulation TP SSC 02/2001 - Execution and evaluation of detailed visual surveys of asphalt pavements, SSC Bratislava, 2001 (In Slovak)
    15. Technical regulation TP SSC 07/2002 - Rapid visual surveys by VIDEOCAR. Execution and evaluation, SSC Bratislava, 2002 (In Slovak)
    16. ##
    17. HOLLAREK, T, ČOREJ, J. a kol.: Komunikačná obsluha územnosprávneho celku (analýzy - koncepty - štúdie), vyd. EDIS - ŽU v Žiline 2002, ISBN 80-7100-957-1, účelová publikácia - recenzovaná.
    18. ##
    19. SCHIESSL, P.: Einfluss von Rissen auf die Dauerhaftigkeit von Stahlbeton und Spannbetonbautailen. Deutscher Ausschuss fűr Stallbeton, Heft 370, Berlin 1986
    20. FREY, R.: Untersuchungen der zwanzigjährige Carbonatisierung von Betonen. Beton 43, 1993, Heft 3. p. 116-120.
    21. ANDRADE, C., SARRIA, J., ALONSO, C.: Corrosion Rate Field Monitoring of Post-tensioned Tendons in Contact with Chlorides. International Conference "Durability of Building Materials and Components", Stockholm, 1996, p. 959-967
    22. THOFT - CHRISTENSEN, P.: Reliability Based Expert System for Bridge Maintenance. Tekno Vision Conference, Denmark, 1992
    23. KOTEŠ, P., VIČAN, J., SLAVÍK, J.: Influence of Reinforcement Corrosion on Reliability of Existing Concrete Structures. Communications 4/201, p. 41 - 49
    24. VIČAN, J., LUČIVJANSKÝ, J.: Traffic Actions and Traffic Loading Capacity of Railway Bridges. International Conference "TESE '02", Rajecké Teplice 2002, p. 151-156 (in Slovak)

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