Mathematical Modeling in Combustion Science

Shock-initiation of a plane detonation wave.- Effects of preignition fluctuation growth on reducing the induction period.- A lecture on detonation-shock dynamics.- Asymptotic analysis of branched-chain ignition in the counterflow field.- Asymptotic methods for flames with detailed chemistry.- Unsteady transition from sub- to supercritical evaporation regime.- High temperature extinction of premixed flames.- A model for lower deflagration limit and burning rate of catalyzed ammonium perchrolate.- An experimental study of tubular flames in rotating and non-rotating stretched flow fields.- Burning velocity of stretched flames.- Convection effects and the stability of hydrogen flame bubbles.- Characterization of turbulent premixed flame structure for mathematical modeling of combustion.- The stability of weakly stretched flames.- Extinction of counterflow diffusion flames with branching-termination chain mechanisms: Theory and experiment.- Some workshop topics.- Asymptotic approach to analysis of propellant combustion.- Onset of instability in a spherically growing flame.- Mg/TF propellant combustion.