Submit an Article
Become a reviewer
Vol 199
Pages:
161-167
Download volume:
RUS
Article

Formation of stressed state in temporary tunnel support when constructing a traffic tunnel of north caucasus railway near the slope

Authors:
M. O. Lebedev
About authors
  • Ph.D. laboratory head «Lenmetrogiprotrans» OJSC
Date submitted:
2011-11-03
Date accepted:
2012-01-16
Date published:
2012-12-29

Abstract

The paper presents the results of field observations on formation of stressed state in shotcrete temporary tunnel support when constructing a traffic tunnel of NCRW near the slope. Numerical simulation of stressed deformed state of the «support – block» system has been accomplished for the considered engineering geological conditions. The results obtained point to a possibility of developing the procedure of calculating supports based on results of field observations under comparable conditions in combination with SDS modeling applying finite-element method adapted for specific conditions.

Область исследования:
(Archived) Geotechnology for development of solid mining fields
Keywords:
tunnel’s support-block stresses slope
Go to volume 199

References

  1. Numerical modeling of temporary and permanent tunnel lining – soil interaction / A.G.Protosenia, R.I.Larionov, K.P.Bez rodny, V.A.Maslak, M.O.Lebedev // Proceedings of Tula State University. Seires «Earth Science». Tula, 2009. Vol.4.

Similar articles

Using of laser scanning survey of barrow for deformation monitoring
2012 A. V. Kovyazin
Modeling of stress-strain state of ore massive Yakovlevsky caused by mining works under the protection ceiling
2012 O. V. Trushko, A. V. Streletskii
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
Allocation of areas under the coal-mining industry
2012 E. N. Bykova
Prediction of high speed railway tunnel induced settlement on the Sants – La Sagrera area (Barcelona)
2012 M. A. Karasev
Numerical modeling of deep excavation structures behavior during construction
2012 A. G. Protosenya, D. A. Potemkin, S. V. Stepanenko