Experimental Investigation into the TNT Equivalency of Electric, Non-Electric and Electronic Detonators

International Society of Explosives Engineers
Emily Johnson Kelly Williams Ben Sonpon Catherine Johnson
Organization:
International Society of Explosives Engineers
Pages:
11
File Size:
1471 KB
Publication Date:
Feb 1, 2020

Abstract

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The effect of length to diameter of the detonator is compared using Ansys/Autodyn 2-D simulations, the results of which are validated experimentally. It was found that higher pressure comes with a larger diameter, because it will result in more explosive energy being allocated out the end of the detonator.
Citation

APA: Emily Johnson Kelly Williams Ben Sonpon Catherine Johnson  (2020)  Experimental Investigation into the TNT Equivalency of Electric, Non-Electric and Electronic Detonators

MLA: Emily Johnson Kelly Williams Ben Sonpon Catherine Johnson Experimental Investigation into the TNT Equivalency of Electric, Non-Electric and Electronic Detonators. International Society of Explosives Engineers, 2020.

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