Physicomathematical Modeling of Attenuation of Homogeneous and Heterogeneous Detonation Waves by Clouds of Water Droplets

Interaction of homogeneous and heterogeneous detonation waves in mixtures of aluminum in oxygen and hydrogen in oxygen with a cloud of water droplets is studied by methods of mechanics of multiphase media. The main interaction mechanisms are determined: propagation of an attenuated detonation wave with a velocity smaller than the Chapman-Jouguet velocity and detonation failure. Critical conditions of detonation propagation in water sheets are found. These critical conditions are compared with the results of modeling detonation suppression with the use of clouds of inert particles.

Automated summary

The interaction between homogeneous and heterogeneous detonation waves in mixtures of aluminum in oxygen and hydrogen in oxygen with a cloud of water droplets is studied using methods of mechanics of multiphase media. The main interaction mechanisms are determined, including the propagation of an attenuated detonation wave and detonation failure. The critical conditions for detonation propagation in water sheets are found and compared with the results of detonation suppression modeling using clouds of inert particles.