Geodetski list, Vol. 68 (91) No. 2, 2014.
Pregledni rad
Global Monitoring of the Technical Condition for the ''Donbass Arena'' Stadium, Ukraine
Grigoriy Ruvinovich Rozenvasser
; DE ''Donetsk Promstroyniiproekt'', Donetsk, Ukraine
Sergey Stanislavovich Malikov
; Donbas National Academy of Civil Engineering and Architecture, Makiyivka, Donetsk region, Ukraine
Sergey Valerievich Ushakov
; DE ''Donetsk Promstroyniiproekt'', Donetsk, Ukraine
Аleksey Victorovich Duvansky
; DE ''Donetsk Promstroyniiproekt'', Donetsk, Ukraine
Vadim Ivanovich Gunko
; ''Donbass Arena'' stadium Ltd., Donetsk, Ukraine
Thomas Alexander Wunderlich
orcid.org/0000-0002-2203-7803
; Technical University of Munich, Munich, Germany
Sažetak
About 70% of the Ukrainian cities’ territory has complicated geotechnical conditions and it requires reliable, constantly updated information about the changes in the Earth’s surface and engineering structures. Contemporary trends of developing big cities and megalopolises show a total neglecting geotechnical processes occurring on the construction sites of modern, unique and complex structures. Adequate safety measures are often ignored while designing, constructing and, then, operating the above-mentioned objects which also include large sport facilities. Withal such facilities are included in the list of objects that have “… unique and very important economic and / or social value ...” as determined in Ukrainian national construction regulation, particularly National Building Code V.1.2-5:2007. They are subjected to mandatory scientific and technical support during the exploitation. One of the points of scientific and technical support is a requirement for monitoring the technical condition of framings. This paper describes the unique multipurpose monitoring system of the “Donbass Arena” stadium, which is located in extremely unfavorable geotechnical conditions.
Ključne riječi
global monitoring; local monitoring; tectonic thrusts; measurements; sensors
Hrčak ID:
123586
URI
Datum izdavanja:
25.6.2014.
Posjeta: 2.265 *