The Use of One- and Two-Dimensional Hydrodynamic Machine Calculations in High Explosive Research

Hydrodynamic calculations in conjunction with experiments provide an effective method for obtaining otherwise inaccessible information on high explosives. The credibility of the calculational program (code) is established by comparison with the steady state solutions for certain detonation problems...

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Main Authors: Lawrence, Ernest O, Wilkins, Mark L
Format: Report
Language:English
Subjects:
CHAPMAN JOUGUET DETONATIONS
DETONATIONS
EXPLOSION EFFECTS
Explosions
FINITE DIFFERENCE THEORY
HIGH EXPLOSIVES
HYDRODYNAMIC CODES
METHOD OF CHARACTERISTICS
ONE DIMENSIONAL
TWO DIMENSIONAL
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creator Lawrence, Ernest O
Wilkins, Mark L
description Hydrodynamic calculations in conjunction with experiments provide an effective method for obtaining otherwise inaccessible information on high explosives. The credibility of the calculational program (code) is established by comparison with the steady state solutions for certain detonation problems obtained by the method of characteristics. The machine calculation is then applied to specific problems in one and two dimensions to explain some of the difficulties an experimenter would encounter in attempting to measure the pressure at a detonation front.
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source DTIC Technical Reports
subjects CHAPMAN JOUGUET DETONATIONS
DETONATIONS
EXPLOSION EFFECTS
Explosions
FINITE DIFFERENCE THEORY
HIGH EXPLOSIVES
HYDRODYNAMIC CODES
METHOD OF CHARACTERISTICS
ONE DIMENSIONAL
TWO DIMENSIONAL
title The Use of One- and Two-Dimensional Hydrodynamic Machine Calculations in High Explosive Research
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