Submit an Article
Become a reviewer
Vol 152
Pages:
152-154
Download volume:
RUS
Article

Study of the coal cutting process as a thermo-mechanical

Authors:
A. V. Belyutin
About authors
  • Assistant Professor Vorkuta Mining Institute (Branch of Saint Petersburg State Mining Institute)
Date submitted:
2001-09-28
Date accepted:
2001-10-08
Date published:
2002-08-26

Abstract

The analysis of the modern view of the process of destruction of coal by cutters of mining machines is carried out. The purpose of the research is to study the compaction core and its impact on the cutting process. New factors that were not previously taken into account in the formulas describing the cutting process are outlined. A hypothesis is formulated that qualitatively reveals in a new way the process of compaction core formation, its impact on the cutting process and differentiation of the zone structure of the core during its formation. The results of experimental and theoretical studies of the dependence of the densification core viscosity on the core temperature at a given pressure are described. The tasks for further research are formulated.

Область исследования:
(Archived) Mining electromechanics
Go to volume 152

Similar articles

Development of methods for crossing the emission hazardous zones when excavating the third potash layer of the Starobinskoye deposit at full capacity
2002 Yu. G. Sirenko, E. R. Kovalskii
Determination of the optimal volume of technogenic reserves ready for excavation of a tailings dump on the basis of statistical data. Notes of the Mining Institute
2002 G. A. Kholodnyakov, E. B. Gridina
Identification of parameters of the fuzzy control system of the gas mode of a horizontal converter
2002 A. S. Anashkin
Attribution of ammonites from Jurassic stratotypic sections in England
2002 D. V. Bezgodova
Assessment of the risk of acidic water formation in the impact areas of mining and metallurgical enterprises
2002 M. A. Pashkevich, M. V. Parshina
Synchronous-synphase mode of operation of a vibrating jaw crusher with non-rigid mounting of vibrating exciters
2002 E. V. Shishkin