Submit an Article
Become a reviewer
Vol 199
Pages:
190
Download volume:

Settlement-free technologies in the construction of the Saint Petersburg subway

Authors:
K. P. Bezrodnyi1
A. I. Salan2
V. A. Maslak3
V. A. Markov4
M. O. Lebedev5
About authors
  • 1 — «Lenmetrogiprotrans» OJSC
  • 2 — «Lenmetrogiprotrans» OJSC
  • 3 — «Lenmetrogiprotrans» OJSC
  • 4 — «Lenmetrogiprotrans» OJSC
  • 5 — «Lenmetrogiprotrans» OJSC
Date submitted:
2011-11-26
Date accepted:
2012-01-13
Date published:
2012-05-01

Abstract

Everywhere in Saint Petersburg the top strata are represented  by quaternary deposits, and  the ground water level is approximately 2,5 m down from the surface. Below the quaternary deposits, at depths of 40 to 60 m, are Cambrian (Proterozoic) clays. There are many ancient buildings of a historic and architectural value on the day surface that cannot tolerate day surface settlements. The construction of underground stations, and especially inclined escalator tunnels, causes surface settlements. Technologies of construction of escalator tunnels and station tunnels have been developed in Saint Petersburg to minimize such day surface settlements.

Go to volume 199

Similar articles

Valuation of sustainable of pit wall based on data of digital photography of outcrop surfaces
2012 M. G. Mustafin, A. P. Sannikova
Investigation of the parameters of stressstate nearbord arrays based sequence miningcombined with open-underground mining diamond mine
2012 A. G. Protosenya, A. D. Kuranov, A. N. Shokov
Analysis of load formation on lining of tunnel constructed in soil with nonlinear behavior
2012 A. G. Protosenya, V. I. Semenov, I. K. Suprun
Physical modeling during scientific following of subway structures underground construction in condition of Saint Petersburg
2012 Yu. S. Frolov, A. N. Konkov, A. A. Larionov
Hydrogeological conditions effect on safety of underground space expansion during transport tunnel construction
2012 R. E. Dashko, P. V. Kotyukov, A. V. Shidlovskaya
On estimates of stability chambers underground dissolution in seismically active areas
2012 O. V. Kovalev, S. P. Mozer, I. Yu. Tkhorikov