A generalization of the shock invariant relationship
Yasuyuki Horie,
David L. Damm
Abstract:Shock invariant relationship, which was conceived for inert shock waves to derive the 4th power relationship between shock pressure and maximum strain rate, is generalized for reactive shock waves such as Chapman–Jouget detonation and shock-induced vaporization. The generalization, based on the first-order reaction models, is a power function relationship between overall dissipated energy (Δedis) and reaction time Δτ such that ΔedisΔτ1/α=constant, where the power coefficient α is found to be in the range of 2/… Show more
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