NUMERICAL MODELING OF DETONATION STRUCTURE IN 2-PHASE FLOWS

A one-dimensional physical model and a numerical method for the simula tion of heterogeneous detonation were proposed based on an Eulerian ap proach for heterogeneous flows. The combination of modern shock-captur ing schemes in combination with a dynamically moving, adaptive grid en sure the proper resolution of both reaction zones and flow discontinui ties. Numerical examples illustrate the effect of the heat release due to heterogeneous combustion.