2008Journal of Propulsion TechnologyOpen access

2D numerical simulation for detonation wave

Chen Deng

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Abstract

To discuss the multi-dimensional characteristic of pulse detonation engine,CFD program is used to simulate single-tube pulse detonation engine.The simulation is carried out in hydrogen-oxygen mixture.The results show that pressure and velocity of simulated detonation are close to experimental results,and that detonation decaies to a shock wave as it moves outside the detonation tube.

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What this paper is about

To discuss the multi-dimensional characteristic of pulse detonation engine,CFD program is used to simulate single-tube pulse detonation engine.The simulation is carried out in hydrogen-oxygen mixture.The results show that pressure and velocity of simulated detonation are close to experimental results,and that detonation decaies to a shock wave as it moves outside the detonation tube.

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Available abstract

To discuss the multi-dimensional characteristic of pulse detonation engine,CFD program is used to simulate single-tube pulse detonation engine.The simulation is carried out in hydrogen-oxygen mixture.The results show that pressure and velocity of simulated detonation are close to experimental results,and that detonation decaies to a shock wave as it moves outside the detonation tube.

Key concepts: Detonation, Deflagration to detonation transition, Shock wave, Mechanics, Shock tube, Pulse (music), Detonation velocity, Tube (container)

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