Submit an Article
Become a reviewer
Vol 187
Pages:
47-54
Download volume:
RUS
Article

Mathematical modeling of stress-strain state of the mined seam deposits

Authors:
A. P. Gospodarikov1
M. A. Zatsepin2
About authors
  • 1 — Ph.D., Dr.Sci. professor Saint Petersburg State Mining Institute (Technical University)
  • 2 — assistant lecture Saint Petersburg State Mining Institute (Technical University)
Date submitted:
2009-09-15
Date accepted:
2009-11-02
Date published:
2010-06-25

Abstract

Development of bedded deposits is associated with man-caused distortion of specific environment – the rock massifs, which are very complicated in their composition, can vary significantly in mechanical properties and is characterized with a wide variety of laws and techniques to assess its stress-strain state.

Область исследования:
(Archived) Applied and fundamental research in physics and mathematics
Keywords:
mathematical modeling geomechanics rock massif stress-strain state analytical and numerical methods
Funding:

None

Go to volume 187

References

  1. Gospodarikov A.P. The method of the computation of the nonlinear problems of massif rocks. Saint Petersburg, 1999. 127 p.
  2. Zatsepin M. Development of mathematical models to assess stress and strain state in rock massifs containing mining openings // Materialy XLVI Sesji Pionu Gorniczego, Krakow, 2005. P.99-100.
  3. Zienkiewicz O.C., Taylor R.L. The Finite Element Method. Vol.2. Solid Mechanics. N-Y, 2000. P.312-364.

Similar articles

Fighting school habits
2010 A. B. Zhdanov
Professional communication: speech aspect
2010 E. U. Barruelo Gonzalez
At sources of the evolutionary theory of knowledge: К. Lorentz's concept
2010 I. G. Rebeshchenkova
Distribution of the wave of vertical polarization in the infinite plasma layer with the maximum of the electronic concentration
2010 A. V. Denisov
The forecast of the stress-strain state of massifs rocks in the bed deposits
2010 A. P. Gospodarikov, M. A. Zatsepin
Diagnostic method for measurements of emission parameters of thermoemission cathodes
2010 A. S. Mustafaev