Full Article: PDF
Digital Object Identifier System: http://dx.doi.org/10.15863/TAS.2014.11.19.15
Language: Russian
Citation: Tkachuk KN, Tkachuk KK, Tverda OY, Dyniak SV (2014) MANAGEMENT OF EXPLOSION ENERGY. ISJ Theoretical & Applied Science 11 (19): 77-83. doi: http://dx.doi.org/10.15863/TAS.2014.11.19.15 |
Pages: 77-83
Published: 30.11.2014
Abstract: Analytical method for the investigation, which has allowed approximately orientate in the nature of the influence of the elongated charge parameters and its location relative to the free surface on the results of the explosion is developed. Patterns of influence of the charge length and its removal from the free surface on nature of the fracture zone are set.
Key words: explosion, charge, fracture zone, free surface, parameters, removal, explosion energy.
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ISJ Theoretical & Applied Science
