Submit an Article
Become a reviewer
Vol 204
Pages:
263
Download volume:

Theoretical basis of geomaterial accounted for induced and inherent anisotropy

Authors:
M. A. Karasev1
D. A. Potemkin2
About authors
  • 1 — National Mineral Resources University (Mining University)
  • 2 — National Mineral Resources University (Mining University)
Date submitted:
2012-11-29
Date accepted:
2013-01-07
Date published:
2013-05-01

Abstract

The main reasons of soil deformation during deep excavation construction are presented. Numerical modeling of deep excavation construction with an account of support system is conducted. Conclusions on the application area of typical soils models is made.

Go to volume 204

Similar articles

Geomechanical analysis of surface settlement trough development due to construction of deep underground pillar station
2013 P. A. Demenkov
The prediction of underopencast rock mass stress- strain condition during surface-underground development of Koashva deposit
2013 A. G. Protosenya, A. N. Shokov
Development of land relations in the Vyborg district, Leningrad region in 1944-2012 years
2013 P. S. Tukalenko, V. F. Kovyazin
The method of geodetic measurument of Saint Nicholas Naval Cathedral deformation in the town of Kronstadt
2013 O. S. Stepanova, G. V. Makarov
Theoretical basis of geomaterial accounted for induced and inherent anisotropy
2013 M. A. Karasev
Analysis of the effect of assembly errors on deviations from design arch sizes
2013 V. A. Kougiya, O. P. Sergeev