Analysis on a plane detonation wave changed into a convex wave induced by series-detonation of cylindrical explosives with low and high detonation velocities
Liu Guang-zuo
Abstract
Liu Guang-zuo
Abstract
The distribution of state parameters for detonation products behind the wave front,the relationship between the effective explosive volume and cylindrical charge geometry,the state equation of detonation products and the expressions of strong detonation were respectively discussed to analyse the phenomenon on a plane detonation wave changed into a convex wave induced by series-detonation of cylindrical explosives with low and high detonation velocities.The evolved process of a plane detonation wave changed into a convex wave was described by taking series-detonation of ■100 mm×50 mm TNT and ■100 mm×50 mm RC cylindrical explosives for example,and the plane area and the lagging time from the center section to the edge of the waveform were predicted.The predicted results is consistent with the measurements.
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The distribution of state parameters for detonation products behind the wave front,the relationship between the effective explosive volume and cylindrical charge geometry,the state equation of detonation products and the expressions of strong detonation were respectively discussed to analyse the phenomenon on a plane detonation wave changed into a convex wave induced by series-detonation of cylindrical explosives with low and high detonation velocities.The evolved process of a plane detonation wave changed into a convex wave was described by taking series-detonation of ■100 mm×50 mm TNT and ■100 mm×50 mm RC cylindrical explosives for example,and the plane area and the lagging time from the center section to the edge of the waveform were predicted.The predicted results is consistent with the measurements.
Key concepts: Detonation, Explosive material, Deflagration to detonation transition, Mechanics, Series (stratigraphy), Plane (geometry), Shock wave, Plane symmetry