Border effects of the explosion of charges with соmplicated form

Abstract

The peculiarities of the development of the force field around the charge of finite dimensions, which are given a complex form, are considered. The data of computer simulation indicate the superiority of the triangular cross section of a charge over a square, which is manifested in the absence of significant weakening of the force field in the corners of the triangular cross section in contrast to the square. The known phenomenon of mass emission of mass detonation products in the normal to each of its surfaces has practical application in overhead and cumulative charges, and may also contribute to the development of new methods of blasting, taking into account the boundary effects of the explosion of charges of finite size and complex form. Computer simulation of the formation of the energy field around the charges of a triangular and rectangular cross section indicates the increased intensity of the isolines of the density of products of the explosion in the directions normal to the sides of the corresponding sections, the noticeable weakening of the intensity in the angles of the quadrangular section, and less manifestation of such weaknesses within the limits of the triangular cross section of the charge. The pseudo-form of the «isodens» form around the wedge-shaped charge may be an additional tool for controlling the mechanical effect of the explosion. Experimental investigations of the influence of the boundary effects of the explosion of the extended wedge-shaped charge of the discharge allowed to reveal the peculiarities of the formation of the transverse section of the slot and, accordingly, its camouflage and high-level parts, depending on the degree of wedge-shaped intersection of the charge and its orientation relative to the free surface. These features can contribute to the improvement of the relevant technologies associated with the use of contact action charges both in rocky soils and in compressed soils. In the future, it is planned to experiment experimentally the influence of the shape of the triangular cross section and its orientation on the free surface. The obtained data may contribute to the further development of special technologies in the explosive case.

Authors and Affiliations

V. G. Kravets, A. M. Shukurov, P. V. Gontar, A. L. Нan, V. V. Korobiichuk

Keywords

Related Articles

Formation of effective organizational structure of accounting service

The purpose of the article is to determine the optimal organizational structure of the accounting service to improve the performance of this unit and the enterprise as a whole. The influence of factors of the accounting...

Scientific and practical problems of reflection of land resources in accounting

The implementation of the land market in Ukraine actualizes the problems of accounting of land resources from viewpoints of generation of accurate and trustworthy information about quantitative, qualitative, and cost ind...

The optimization of predicting the liquefy of pulp in a ball mill at variable flow of water in sand of the classifier

To diminish the cost of iron-ore concentrate is possible by stabilization in the ball mill ratio ore / water, and this work is devoted to find it. In this work we used an algorithmic approach of the determination of the...

Delivery to the method of visible pilopronic materials

The research considers the actual problem of determining the permeability of materials used for the production of personal protective equipment. Having analyzed the methods and instruments for determining the dust permea...

Theoretical study of the system stabilization of the amplifier properties of the radio channel for units with rotating parts

Automation of ore grinding control is restrain due to the lack of sufficiently accurate systems for transferring information from rotating parts of aggregates to stationary ones. The aim of the work is a theoretical stud...

Download PDF file
  • EP ID EP420925
  • DOI -
  • Views 129
  • Downloads 0

How To Cite

V. G. Kravets, A. M. Shukurov, P. V. Gontar, A. L. Нan, V. V. Korobiichuk (2018). Border effects of the explosion of charges with соmplicated form. Вісник Житомирського державного технологічного університету. Серія: Технічні науки, 82(2), 247-252. https://europub.co.uk/articles/-A-420925