Momentum Transfer from Flowing Explosive Gases to Spherical Particles Durin g Computer Simulation of Blasting-Induced Rock Motion

International Society of Explosives Engineers
Dale S. Preece
Organization:
International Society of Explosives Engineers
Pages:
8
File Size:
216 KB
Publication Date:
Jan 1, 1993

Abstract

A discrete element computer program, DMC (Distinct Motion Code), has been used for several years to simulate blasting-induced rock motion. Recent enhancements of DMC's capabilities have included addition of an algorithm that couples together rock motion and gas flow. This allows the user to specify a particular explosive which also specifies equation-of-state and other parameters necessary to model explosive gas flow from the blastwell. Rock loading by the flowing gas is calculated automatically. The mechanism for calculating the rock loading is the subject of this paper. The rock motion effects the gas flow calculation by changing the porosity. DMC is currently being used on a SUN SPARCstation 2 computer workstation.
Citation

APA: Dale S. Preece  (1993)  Momentum Transfer from Flowing Explosive Gases to Spherical Particles Durin g Computer Simulation of Blasting-Induced Rock Motion

MLA: Dale S. Preece Momentum Transfer from Flowing Explosive Gases to Spherical Particles Durin g Computer Simulation of Blasting-Induced Rock Motion. International Society of Explosives Engineers, 1993.

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