Submit an Article
Become a reviewer
Vol 182
Pages:
37-40
Download volume:
RUS
Article
Geology

Investigation of engineering and geological features of Lower Cretaceous and Paleo-Gene Sediments as a base for cement plant structures (Republic of Mordovia)

Authors:
K. V. Pankratova
About authors
  • Student G.V. Plekhanov Saint Petersburg State Mining Institute
Date submitted:
2008-09-19
Date accepted:
2008-11-08
Date published:
2009-04-21

Abstract

Engineering-geological features of a profile of the basis under the constructions of cement factory in Republic Mordovia are analyzed in this paper. The criterion of designing on the second limiting condition is considered. The specificity of physicomechanical properties of silica rock and K1- J3 clay is considered. Parameters of standard physicomechanical properties of soils are resulted, mass definitions of swelling soil ability and changes of clay durability at additional moisture are executed. Laws of increase in bacterial mass in soils at moisture are resulted. Values of settlement resistance for silica rock depending on parameters of resistance to shifting are defined, they are sizes of coupling and a corner of internal friction.

Область исследования:
Geology
Go to volume 182

Similar articles

Current state and directions of development of fuel and energy complex of the Republic of Tajikistan
2009 Z. Zh. Ziyaeva
Investigation of operation and control of electromagnetic valves of the system of mobile reference complex for oil well productivity estimation
2009 A. N. Lyubchik
Investigation of the regularities of electrochemical selenium extraction in the processing of copper electrolysis sludge
2009 A. A. Chernyshev
Comparative approach in cost estimation of quartz sand deposit of Leningrad region
2009 O. N. Kasatkina
Application of the direct variant of the boundary element method in solving geomechanical problems for Starobinskoye field conditions
2009 A. P. Gospodarikov, L. A. Bespalov
Simulation modeling of the resonant electric drive of the reciprocating-rotating motion of the dynamically balanced drilling projectile on the load-carrying cable
2009 S. S. Staroded