Multifunctional underground facility comprises a subway transferring node
Authors:
About authors
- Ph.D. associate professor National Mineral Resources University (Mining University)
Abstract
Structural spatial concept of subway transferring node for two, three andfour metro lines, which are located in unified underground facility issuggested. Preliminary structural fem design of underground facility isdone. Different construction methods are considered and step by step excavation isincluded in finite element modeling.
Область исследования:
(Archived) Geotechnology for development of solid mining fields
Keywords:
multifunctional underground facility
subway station
transfernode
structural spatial concept
finite element method
Funding:
None
References
- DemenkovP.A., KarasevM.A. Analysis of the stress-strain state of the liningdrop shaftsmultipurposeunderground complex // Proceedings ofthe 9th InternationalScientific Conference. «The developmentof mineralresources in the North: problems and solutions». Vorkuta, 2011.
- Kulagin N.I. Interchangenodesformetro linesdeepfoundation. Moscow, 2000.
- Tetior A.N., Loginov V.F. Designand construction ofundergroundbuildingsand structures. Minsk,1990.
- Demenkov P.A, Karasev M.A., Jendrys M. Ocena stanów naprężeniowo-odkształceniowych w obudowie wielofunkcyjnego kompleksu podziemnego połączonego ze stacją metra // Gornictwoigeologia. Kwartalnik. Gliwice, 2011.
Similar articles
Algorithm and characterization program of downhole electrosteamgenerator for heat treatment on high viscosity oil recervoirs
2012 E .A. Zagrivnyi, V. O. Zyrin
Formation of stressed state in temporary tunnel support when constructing a traffic tunnel of north caucasus railway near the slope
2012 M. O. Lebedev
Land measuring at substracture construction of Mariinsky theatre second stage in Saint Petersburg
2012 D. A. Afonin, E. S. Bogomolova, M. Ya. Bryn, D. V. Krashenitsin, O. P. Sergeev, E. G. Tolstov
The technics of mutual influenced tunnel’s temporary support stress-strain state prediction with allowance for building technology
2012 A. G. Protosenya, N. A. Belyakov