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Can I read Detonation Process of High-speed Flowing Multiphase Energetic Mixture Under High Temperature and High Pressure on EtoBox?
Detonation Process of High-speed Flowing Multiphase Energetic Mixture Under High Temperature and High Pressure by Hangwei Wan; Ququan Wen; Qi Zhang is a Engineering article available to read on EtoBox.
What is Detonation Process of High-speed Flowing Multiphase Energetic Mixture Under High Temperature and High Pressure about?
The detonation process of high-speed flowing multiphase energetic cloud in a high-temperature and high-pressure semi-confined environment has extensive engineering backgrounds, and is a common form of energy output. A two-dimensional combustor model is established to numerically study the process and propagation laws of hexogen/air explosion, isopropyl nitrate/air explosion and hexogen/isopropyl nitrate/air explosion under 600 m/s flow. The results show that the high-speed flowing multiphase cloud will be subject to a first and second explosion under high temperature and high pressure. Under different concentrations of hexogen/air, the first explosion pressure of mixture is about 1.32 MPa; the second explosion pressure is 1.68–3.11 MPa and the peak temperature is 2732–4084 K, which first increase and then flatten with the increase of hexogen concentration. Under different concentrations of isopropyl nitrate/air, the first explosion pressure is about 1.28 MPa; the second explosion pressure is 1.59–6.49 MPa and two peak temperatures appear obviously during the explosion process, which increase with the increasing isopropyl nitrate concentration. For the three-phase mixture under hexo
Who reads Detonation Process of High-speed Flowing Multiphase Energetic Mixture Under High Temperature and High Pressure?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- Hangwei Wan; Ququan Wen; Qi Zhang
- Publisher
- Elsevier BV
- Published
- 2022
- Language
- EN
- Field
- Engineering (Physical Sciences)