An analytical approach to obtaining JWL parameters from cylinder tests

An analytical method for determining parameters for the JWL Equation of State from cylinder test data is described. This method is applied to four datasets obtained from two 20.3 mm diameter EDC37 cylinder tests. The calculated pressure-relative volume (p-V r ) curves agree with those produced by hy...

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Main Authors: Sutton, B. D., Ferguson, J. W., Hodgson, A. N.
Format: Conference Proceeding
Language:English
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Cylinders
Equations of state
Parameters
Test procedures
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Ferguson, J. W.
Hodgson, A. N.
description An analytical method for determining parameters for the JWL Equation of State from cylinder test data is described. This method is applied to four datasets obtained from two 20.3 mm diameter EDC37 cylinder tests. The calculated pressure-relative volume (p-V r ) curves agree with those produced by hydro-code modelling. The average calculated Chapman-Jouguet (CJ) pressure is 38.6 GPa, compared to the model value of 38.3 GPa; the CJ relative volume is 0.729 for both. The analytical pressure-relative volume curves produced agree with the one used in the model out to the commonly reported expansion of 7 relative volumes, as do the predicted energies generated by integrating under the p-V r curve. The calculated energy is within 1.6% of that predicted by the model.
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subjects Cylinders
Equations of state
Parameters
Test procedures
title An analytical approach to obtaining JWL parameters from cylinder tests
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