The paper considers the effect of rate state-dependence and curvature on detonation velocity and detonation structure in the quasi-steady quasi-one-dimensional limit. Extensions of prior results of Bdzil and Stewart as well as the correct analysis of the problem for Arrhenius kinetics, originally considered by Wood and Kirkwood are given. New formulas for large activation energy are obtained. The latter half of the paper provides a derivation of the relevant front evolution equations and of the simplified asymptotic equations using Whitham’s shock ray coordinates.DOE LANL 9 XG 83831 P 1 91/0
Abstract: A theoretical analysis of the direct initiation of gaseous detonations by an energy source...
A theoretical analysis of the direct initiation of gaseous detonations by an energy source has been ...
Based on a general theory of detonation waves with an embedded sonic locus that we have developed in...
We outline an asymptotic theory for the dynamics of detonation when the radius of curvature of the d...
We report on recent developments in the theory of detonation shock dynamics (DSD). In particular we ...
An asymptotic theory is presented for the dynamics of detonation when the radius of curvature of the...
AbstractFor the reactive Euler equations the analog of a shock wave is a detonation wave. Unlike a s...
We summarize some recent developments of J. B. Bdzil and D. S. Stewart's investigation into the theo...
We consider the problem of slightly-curved, quasi-steady diverging detonation waves. For sufficientl...
Abstract. Detonation Shock Dynamics (DSD) is a detonation propagation methodology that replaces the ...
Comparisons between direct numerical simulation (DNS) of deto-nation and detonation shock dynamics (...
We summarize recent investigations into the theory of multi-dimensional, time-dependent detonation. ...
Comparisons between direct numerical simulation (DNS) of detonation and detonation shock dynamics (D...
Numerical simulations of detonations in cylindrical rate-sticks of highly non-ideal explosives are ...
When the detonation reaction-zone length, {eta}{sub r}, is short in comparison to the dimensions of ...
Abstract: A theoretical analysis of the direct initiation of gaseous detonations by an energy source...
A theoretical analysis of the direct initiation of gaseous detonations by an energy source has been ...
Based on a general theory of detonation waves with an embedded sonic locus that we have developed in...
We outline an asymptotic theory for the dynamics of detonation when the radius of curvature of the d...
We report on recent developments in the theory of detonation shock dynamics (DSD). In particular we ...
An asymptotic theory is presented for the dynamics of detonation when the radius of curvature of the...
AbstractFor the reactive Euler equations the analog of a shock wave is a detonation wave. Unlike a s...
We summarize some recent developments of J. B. Bdzil and D. S. Stewart's investigation into the theo...
We consider the problem of slightly-curved, quasi-steady diverging detonation waves. For sufficientl...
Abstract. Detonation Shock Dynamics (DSD) is a detonation propagation methodology that replaces the ...
Comparisons between direct numerical simulation (DNS) of deto-nation and detonation shock dynamics (...
We summarize recent investigations into the theory of multi-dimensional, time-dependent detonation. ...
Comparisons between direct numerical simulation (DNS) of detonation and detonation shock dynamics (D...
Numerical simulations of detonations in cylindrical rate-sticks of highly non-ideal explosives are ...
When the detonation reaction-zone length, {eta}{sub r}, is short in comparison to the dimensions of ...
Abstract: A theoretical analysis of the direct initiation of gaseous detonations by an energy source...
A theoretical analysis of the direct initiation of gaseous detonations by an energy source has been ...
Based on a general theory of detonation waves with an embedded sonic locus that we have developed in...