Invited Talk: The Physics of Multiphase Detonations and their Application to Detonation Engines
INVITED · P03 · ID: 3587128
Presentations
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The Physics of Multiphase Detonations and their Application to Detonation Engines
ORAL · Invited
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Publication: Abisleiman, S., V. Sharma, R. Bielawski, and V. Raman (2025a). Structure of three-dimensional conical oblique detonation waves. Combustion and Flame 274, 113971.
Barwey, S., M. Ullman, R. Bielawski, andV. Raman (2025). Chemical timescale effects on detonation convergence. Computers &Fluids 289, 106550.
Sharma, V., M. Ullman, and V. Raman (2025). A machine learning based approach for statistical analysis of detonation cells from soot foils. Combustion and Flame 274, 114026.
Ullman, M., R. Bielawski, and V. Raman (2025). Thermodynamic trajectories in detonations with stratified reactant mixtures. Combustion and Flame 277, 114173.
Prakash, S., R. Bielawski, V. Raman, K. Ahmed, and J. Bennewitz (2024). Three-dimensional numerical sim- ulations of a liquidRP-2/O2 based rotating detonation engine. Combustion and Flame 259, 113097
Ullman, M. and V. Raman (2024). Influence of injector conAguration on secondarywave formation and propagation in a rotating detonation combustor. Applications in Energy and Combustion Science, 100289
Van Beck, C. and V. Raman (2024a). Lagrangian-Conditioned Statistics of Detonation Propagation in a Realistic Rotating Detonation Engine. In: Proceedings of the Combustion Institute. Vol. 40.
Presenters
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Venkatramanan Raman
University of Michigan
Authors
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Venkatramanan Raman
University of Michigan
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