Reacting Flows I: Detonation
ORAL · A26 ·
Presentations
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What Zeldovich did not tell us about spontaneous reaction wave propagation
ORAL
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Authors
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David R. Kassoy
- University of Colorado, Boulder: retired
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Pulsed Detonation Operation of an Axial Turbine
ORAL
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Authors
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David Munday
- University of Cincinnati
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Andrew St. George
- University of Cincinnati
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Robert Driscoll
- University of Cincinnati
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E. Gutmark
- University of Cincinnati
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On the development of Hydrogen-air detonations
ORAL
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Authors
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Christopher Romick
- University of Notre Dame
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Tariq Aslam
- Los Alamos National Laboratory
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Joseph Powers
- University of Notre Dame
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Analytical and Computational Study of Flame Acceleration due to Wall Friction in Combustion Tubes and Channels
ORAL
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Authors
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Berk Demirgok
- West Virginia University
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V'yacheslav Akkerman
- West Virginia University
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Spontaneous Deflagration-to-Detonation Transition in Thermonuclear Supernovae
ORAL
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Authors
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Alexei Poludnenko
- Naval Research Laboratory
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Vadim Gamezo
- Naval Research Laboratory
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Elaine Oran
- Department of Aerospace Engineering, University of Maryland
- Naval Research Laboratory
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Boundary Layer Effects on Ignition in a Shock-Tube System
ORAL
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Authors
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Kevin Grogan
- Stanford University
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Matthias Ihme
- Stanford University
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Nonlinear evolution equation for 1-D pulsating detonations with Fickett's model for reactive compressible flow, Influence of $\chi$
ORAL
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Authors
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Andre Bellerive
- University of Ottawa
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Justin Tang
- University of Ottawa
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Matei Radulescu
- University of Ottawa
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On the role of unreacted pockets in unstable detonation waves
ORAL
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Authors
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Jonathan Regele
- Iowa State University
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A qualitative model for detonation with losses
ORAL
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Authors
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Aslan Kasimov
- KAUST
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Luiz Faria
- KAUST
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