An analytical analysis for the prediction of nonlinear inverse temperature profiles in solid explosives

Abstract

A novel analytical method developed by Mansour and Hussein (11) has been used for the evaluation of critical thermal conditions for a non-linear inverse temperature distribution model of an explosive. The analytical results presented in this work have been compared with previously published numerical results and shown to be accurate. The advantage of this new method is that it can be easily applied to other inverse non-linear models arising in boundary layer, kinetics, electronics, vibration, combustion … etc.