Submit an Article
Become a reviewer
Vol 178
Pages:
31-34
Download volume:
RUS
Article

Calculation of loads on walls of cylindro-conical hoppers.

Authors:
A. P. Batalov1
E. A. Kremcheev2
About authors
  • 1 — G.V. Plekhanov Saint Petersburg Mining Institute
  • 2 — G.V. Plekhanov Saint Petersburg Mining Institute
Date submitted:
2007-11-13
Date accepted:
2008-01-18
Date published:
2008-11-18

Abstract

For calculations of designs accumulating, running (dampering) bunkers design procedures of the elementary forms the vertical cylinder or even slot-hole capacity with vertical parallel walls are used and processes of movement of a material are not considered in any way at release. The method of calculation for the combined form of the bunker in view of physicomechanical properties of a material of loading and walls of the bunker (a corner of a natural slope, bulk weight, factors of friction between particles of a material and particles about walls of the bunker is offered at rest and movement of a material) on the basis of use of model of the discrete environment in the form of regular stacking spheres.

Область исследования:
(Archived) Technological machinery and equipment of mining and oil & gas industries
Go to volume 178

Similar articles

Application of X-ray fluorescence spectroscopy method for determination of steel grade of rock-destroying tools
2008 V. I. Bolobov, V. V. Gabov, I. M. Gembitskaya, I. K. Ponurova, M. A. Aleksandrov
Automatic sectionalization in electrical networks with voltage 6-10 kV
2008 Yu. L. Zhukovskiy, E. Kh. Muratbakeev
Analysis of calculation methods of technogenic risk at operation of main gas pipelines
2008 I. Yu. Podavalov
Influence of engine damping properties on dynamics of mechanical part of combine harvester
2008 A. S. Solov'ev, Ya. P. Grinberg, V. S. Solov'ev
System of monitoring and estimation of residual resource of power electrical equipment
2008 Yu. L. Zhukovsky, A. E. Kozyaruk, A. A. Korzhev, A. V. Krivenko
Control of loading of dump trucks
2008 M. A. Semenov, O. M. Bolshunova