We extend the conservation-element and solution-element method to simulate a two-phase detonation model in porous media.The accuracy of the method is validated by calculating an inert compaction problem.The main chara...We extend the conservation-element and solution-element method to simulate a two-phase detonation model in porous media.The accuracy of the method is validated by calculating an inert compaction problem.The main characteristics of piston-driven detonation phenomena,including the compaction wave,the onset of combustion,and the transition to detonation,could be predicted successfully.展开更多
文摘We extend the conservation-element and solution-element method to simulate a two-phase detonation model in porous media.The accuracy of the method is validated by calculating an inert compaction problem.The main characteristics of piston-driven detonation phenomena,including the compaction wave,the onset of combustion,and the transition to detonation,could be predicted successfully.