Submit an Article
Become a reviewer
Vol 148 Iss. 1
Pages:
208-209
Download volume:
RUS
Article

On some fundamentals of the effectiveness of explosive destruction of rocks

Authors:
V. I. Pugachev
About authors
  • Nemetskaya Sloboda
Date submitted:
2000-06-05
Date accepted:
2000-07-28
Date published:
2001-12-18

Abstract

At the 2nd International Scientific Conference "Physical Problems of Rock Fracture" it is appropriate to note the great role of scientists from the St. Petersburg Mining Institute (A.N. Khanukaev, V.N. Borovikov, etc.) in studies of wave parameters of explosive loading of rocks. The successes achieved in the study of blast waves substantiated the expectation that "the development of engineering methods of explosion energy control should be based mainly on the management of these wave parameters" (V.N.Mosinets, 1976). However, the mechanism of rock deformations and fractures could not be unambiguously substantiated by the parameters of explosion waves. Wave theory gave a good idea of the primary effect of the explosion, in acoustic approximation allowed to approach the solution of many problems, but did not find application to determine the main parameters of charges in the practice of blasting.

Область исследования:
(Archived) Without section
Funding:

None

Go to volume 148

Similar articles

Blasting technology in the quarry of the Maidanpek mining enterprise
2001 I. Krsmanovich
Analysis of explosive characteristics of water-containing explosives with reduced TNT content
2001 D. S. Podozerskii, S. A. Edigarev, E. A. Vlasova
Explosion energy control during core charge excitation by shockwave action
2001 B. U. Raskildinov
Assessment of actual energy detonating aquatrinitrotoluene characteristics in long relieving blast charges considering the stability of the physical composition
2001 M. G. Gorbonos, V. I. Sivenkov, V. I. Pochekutov
Estimation of microcracking in coal during methane desorption
2001 V. N. Odintsev
Methods of charging explosive wells with aquatrinitrotoluene
2001 V. A. Sinitsyn, V. G. Shemenev, A. S. Matorin, A. A. Kotyashev