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https://kf.vsb.cz/Kontakt/Nikodym2023.docx
NIKODÝM, Marek a Karel FRYDRÝŠEK. FINITE DIFFERENCE METHOD USED FOR THE BEAMS ON ELASTIC FOUNDATION – PART 1 (THEORY). Transactions of the VŠB - Technical University
https://www.hgf.vsb.cz/cs/VaV/projekty-a-granty/index.html?fromPage=/cs/VaV/projekty-a-granty/index.html&projectDetailId=715138960
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
https://www.hgf.vsb.cz/cs/VaV/projekty-a-granty/starsi-projekty/index.html?fromPage=/cs/VaV/projekty-a-granty/starsi-projekty/index.html&projectDetailId=715138960
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
https://www.hgf.vsb.cz/541/cs/veda-a-vyzkum/projekty/index.html?fromPage=/541/cs/veda-a-vyzkum/projekty/index.html&projectDetailId=715138960
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
https://www.hgf.vsb.cz/541/cs/veda-a-vyzkum/projekty/?fromPage=/541/cs/veda-a-vyzkum/projekty/index.html&projectDetailId=715138960
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
https://www.hgf.vsb.cz/cs/VaV/projekty-a-granty/?fromPage=/cs/VaV/projekty-a-granty/index.html&projectDetailId=715138960
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
https://www.hgf.vsb.cz/cs/VaV/projekty-a-granty/starsi-projekty/?fromPage=/cs/VaV/projekty-a-granty/starsi-projekty/index.html&projectDetailId=715138960
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
https://www.hgf.vsb.cz/541/cs/veda-a-vyzkum/projekty/?projectDetailId=715138960
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
http://homel.vsb.cz/~hom50/SLBGEOST/KUH/GS13.HTM
Abstract Waste disposal flotation method uses a different surface wettability of different materials. To quantify wettability, the contact angle can be used. For obtaining its exact value
http://gisak.vsb.cz/GISacek/GISacek_2007/sbornik/petrak_gisacek07.pdf
ÚGKK, Bratislava, 1998. ISBN 80-88716-36-5. 10. [vyhláška 2007] Vyhláška 26/2007 Sb. ze dne 5. února 2007, kterou se provádí zákon č. 265/1992 Sb., o zápisech vlastnickýc
https://www.hgf.vsb.cz/cs/VaV/projekty-a-granty/starsi-projekty/?projectDetailId=715138960
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
https://www.hgf.vsb.cz/cs/VaV/projekty-a-granty/starsi-projekty/index.html?fromPage=/cs/VaV/projekty-a-granty/starsi-projekty/index.html&projectDetailId=681013325
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
https://www.hgf.vsb.cz/541/cs/veda-a-vyzkum/projekty/index.html?fromPage=/541/cs/veda-a-vyzkum/projekty/index.html&projectDetailId=681013325
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
https://pec.vsb.cz/en/science-and-research/projects-and-grants/?fromPage=/en/science-and-research/projects-and-grants/index.html&projectDetailId=57517917
Following will be the selection of a model vehicle for the appropriate application of innovative technology with the potential for
https://www.hgf.vsb.cz/cs/VaV/projekty-a-granty/starsi-projekty/?fromPage=/cs/VaV/projekty-a-granty/starsi-projekty/index.html&projectDetailId=681013325
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
https://www.hgf.vsb.cz/541/cs/veda-a-vyzkum/projekty/?fromPage=/541/cs/veda-a-vyzkum/projekty/index.html&projectDetailId=681013325
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
https://www.ekf.vsb.cz/share/static/ekf/www.ekf.vsb.cz/icei-history/cs/2014/prehled/
D.DariuszKrzywdaCzestochowa University of TechnologyPolandRoad toll as a tool for implementation of the environment protection policy in relation to transport in
https://www.hgf.vsb.cz/541/cs/veda-a-vyzkum/projekty/?projectDetailId=681013325
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
https://www.hgf.vsb.cz/cs/VaV/projekty-a-granty/starsi-projekty/?projectDetailId=681013325
POPIELARCZYK, D., MARSCHALKO, M., TEMPLIN, T., NIEMIEC, D., YILMAZ, I., MATUSZKOVÁ, B. Bathymetric Monitoring of Alluvial River Bottom Changes for Purposes of Stability of Water Power Plant Structure with a New Methodology
https://pec.vsb.cz/en/science-and-research/projects-and-grants/?projectDetailId=57517917
Following will be the selection of a model vehicle for the appropriate application of innovative technology with the potential for