ICDERS 2015 Program ... check.
The last card was placed and the ICDERS 2015 program is now ready. Thanks to everyone who helped out with the paper review and selection, and hope to see you in Leeds.
(update 5/8/2016 - The 2015 proceedings are now available on line in their permanent repository at icders.org)
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Monday 3 August 2015 - AM
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8:30
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Welcome
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13:00
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Lunch
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8:50
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Plenary Lecture
Paul Clavin Non linear theory for the dynamics of shock fronts and cellular detonations in gases (PL1)
F. Williams (Chair)
Room M1
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Room M1
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Room E1
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Room C1
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Room EG
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DDT 1
G. Ciccarelli & S. Dorofeev
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Rapid compression machines
R. Hanson & Y. Mahmoudi
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Flames: electro-magnetic effects 1
V. Kourdyumov & J. Yanez
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Diffusion flames 1
D. Dunn-Rankin & U. Maas
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10:00
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Engine hot spots: decay, deflagration, auto-ignitive propagation, or detonation? (184) L. Bates, D. Bradley, G. Paczko, N. Peters
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A RCM study on DME-methane-mixtures under stoichiometric to fuel-rich conditions (226) M. Werler, R. Schießl, U. Maas
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Experimental study on free jet flow with applied electric fields (88) K. GyeongTaek, W. Lee, J. Park, O. Kwon, S. Keel, J. Yun, M. Kim, S. Lee
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A study on self-excitations in laminar lifted coflow-jet flames (44) K. Van, W. Lee, J. Park, J. Yun, S. Keel, I. Lim, M. Kim, S. Lee
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10:25
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On Chapman-Jouguet deflagrations (266) M. Radulescu, W. Wang, M. Saif Al Islam, L. Maley, M. Levin, A. Pekalski
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Mild ignition phenomena in rapid compression machines (50) K. Grogan, S.S. Goldsborough, M. Ihme
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A study of flame enhancement by microwave induced plasma: the role of dilution inert (145) H. Li, P. Huang, Y.-C. Chao
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On blow-out of jet spray diffusion flames (67) B. Greenberg, N. Weinberg
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10:50
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Investigation of quasi-detonation propagation using simultaneous soot foil and schlieren photography (279) M. Kellenberger, G. Ciccarelli
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Interpretation of auto-ignition delay times measured in different rapid compression machines (194) D. Bradley, M. Lawes, M. Materego
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Experimental study on spreading flame over inclined electrical wire with AC electric fields (33) S. Lim, M. Kim, J. Park, O. Fujita, S. Chung
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Experimental study on micro diffusion flame of liquid fuels from a micro tube (100) J. Li, Z. Qiu, R. Yao, N. Wang
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11:15
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Break
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DDT 2
G. Ciccarelli & S. Dorofeev
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Ignition modeling
D. Bradley & F. Marra
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Flames: electro-magnetic effects
V. Kourdyumov & J. Yanez
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Diffusion flames 2
U. Maas
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11:45
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Experimental study of 2D-instabilities of hydrogen flames in flat layer (313)M. Kuznetsov, J. Grune, S. Tengah, J. Yanez
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Effects of mixture distribution on localised forced ignition of stratified mixtures: A Numerical Investigation (65) D. Patel, N. Chakraborty
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Non-premixed impinging flames and CO release under the influence of an electric field (149) Y. Chien, D. Escofet-Martin, D. Dunn-Rankin
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Effects of oxy-enriched oxidizer and nitrous oxide addition on characteristics of laminar methane jet diffusion flame (138) H. Lin, G. Chen, T. Cheng, Y. Li, Y.-C. Chao
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12:10
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Deflagration-to-detonation transition in narrow channels: Hydraulic resistance vs. flame folding (1) L. Kagan, G. Sivashinsky
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Non-equilibrium reaction rates in hydrogen combustion (244) S. Voelkel, V. Raman, P. Varghese
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The effect of pulse electric discharge on the stabilization of turbulent lifted jet flames (227) C. Tzu-Wei, T. Cheng, Y. Chao, G. Chen
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Global linear instability analysis of diffusion-flame flickering (218) D. Moreno-Boza, W. Coenen, A. Sevilla, J. Carpio Huertas, A. Liñan, A. Sanchez
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12:35
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Large eddy simulation of flame acceleration and transition from deflagration to detonation (174)
C. Wang, Y. Zhao
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Simplifying ignition delay prediction of chemical kinetic models by means of ignition correlations (248) A. Zhou, T. Dong, B. Akih Kumgeh
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Magnetic effects on flickering laminar methane/air diffusion flames (215) P. Gillon, W. Badat, V. Gilard & B. Sarh
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Flame propagation in the stratified mixing layer between CH4 and CO2/O2 stream (58) C. Wu, K. Chen, W. Yu
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Monday 3 August 2015 - PM
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Room M1
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Room E1
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Room C1
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Room EG
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DDT 3
M. Kuznetsov & E. Oran
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Flame dynamics 1
S. Navarro-Martinez & A. Sanchez
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Detonations in propulsion 1
S. Frolov and J. Kasahara
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Reaction dynamics 1
F. Williams
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14:20
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Numerical simulation of flame acceleration and fast deflagrations using artificial thickening flame approach (217) S. Emami, K. Mazaheri, A. Shamooni, Y. Mahmoudi
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Acceleration and extinction of flames in channels with cold walls (222) C. Dion, B. Demirgok, V. Akkerman, D. Valiev, V. Bychkov
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Invited Review:
Present status of pulse and rotating detonation engine research (304) J. Kasahara, S. Frolov
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On the combustion characteristics of a novel biofuel: heat of combustion and vaporization rate (108) M. Birouk, I. Chowdhury, L. David, M. Sailer, J. Sorensen
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14:45
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Visualization of deflagration-to-detonation transitions in a channel with repeated obstacles (176) S. Maeda, S. Minami, D. Okamoto, T. Obara
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Flame propagation in narrow channels at varying Lewis number (258) J. Wongwiwat, J. Gross, P. D. Ronney
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Design and testing of a rotating detonation engine for open-loop gas turbine integration (19) A. Naples, M. Fotia, T. Scott, J. Hoke, F. Schauer
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The effects of carbon dioxide in oxy-fuel atmosphere on catalyst reaction in a small-scale channel (163) Y. Li, G. Chen, Y.-C. Chao
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15:10
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Shock wave - boundary layer interaction driven auto-ignition and DDT (289) E. Dzieminska, J. Misawa, A. Hayashi
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The effect of mixture fraction on edge flame propagation speed (268) P. Wang, H. Song, R. Boles, H. Prahanphap, J. Piotrowicz, W. Li, P.D. Ronney
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Analysis of experimental research of continuous detonation of fuel-air mixtures (26) F. Bykovskii, S. Zhdan
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A comprehensive and compact mechanism for the oxidation of methyl-decanoate (101) X. Wang, L. Seidel, T. Zeuch, F. Mauss
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15:35
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Break
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DDT 4
M. Kuznetsov & E. Oran
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Shock tube ignition 1
B. Akih-Kumgeh & E. Petersen
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Detonations in propulsion 2
S. Frolov & J. Kasahara
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Fires
S. Dorofeev and J. Wen
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16:05
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Front tracking of DDT from ultra-high speed video films (192) D. Bjerketvedt,A. Gaathaug, K. Vaagsaether, G.O. Thomas
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Invited Review:
Advances in shock tube techniques for fundamental studies of combustion kinetics (260) R. Hanson, D. Davidson
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3D numerical simulation on rotating detonation engine: effects of converging-diverging-nozzle on thrust performance (132) S. Eto, N. Tsuboi, Y. Watanabe, T. Kojima, A. Hayashi
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Interaction between crosswind and aviation-fuel fire engulfing an aircraft – numerical study (51) H. Wang, G. Wang
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16:30
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X-ray radiographic studies of the deflagration to detonation transition in porous beds of explosives (116) L. Smilowitz, B. Henson, M. Holmes, L. Vaughan, G. Parker
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Numerical investigations of tail Laval nozzle effects on rotating detonation engines (49) D. Wu, R. Zhou, S.-J. Zhang, J.-P. Wang
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Dynamic behavior and structure of wind-blown flames (144) M. Gollner, W. Tang, D. Gorham, M. Finney, S. McAllister, J. Cohen, J. Forthofer
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16:55
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Application of high-speed OH-PLIF to DDT experiments (159) L. Boeck, T. Fiala, J. Hasslberger, T. Sattelmayer
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Ignition delay-time study of fuel-rich CH4/air and CH4/additive/air mixtures over a wide temperature range at high pressure (191) J. Herzler, M. Fikri, O. Welz, C. Schulz
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Numerical investigation on the airbreathing continuous rotating detonation engine (157) S. Liu, W. Liu, L. Jiang, Z. Lin
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Modeling optical emissions from HE fireballs (122) D. Grote, A. Kuhl, J. Bell, V. Beckner
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17:20
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Adjourn
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Monday 3 August 2015 - All day
Posters 1
Chair: N. Chaumeix
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PI-1
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The combustion process of ADN-based liquid propellant in attitude control engine (2)
L. Jing, J. Huo, X. You, M. Zhu, Yao
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PI-2
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Minimum ignition temperature of hybrid mixtures of burnable dusts and gases (3)
A. Emmanuel, D. Gabel, U. Krause
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PI-3
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Simulation of suspended mixed RDX and Al dust in one dimension with the CESE method (5)
W. Zan, T. Hong, H. Dong
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PI-4
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Superadiabatic temperatures in processes of homogeneous combustion of gases (12)
V. Babkin
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PI-5
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Reactive flow modeling of density effect on diverging JB-9014 detonation impelling (8)
X. Yu
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PI-6
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The influence of magnetic field on RM instability of circular heavy gas eruption (11)
Z. Lin, Z. Chen
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PI-7
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Experiments and mechanisms of gas explosion suppression with foam ceramics (18)
B. Nie, L. Yang
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PI-8
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Explosion behavior of methane - dimethyl ether /air mixtures (21)
B. Zhang, H. Ng
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PI-9
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Numerical simulation of detonations in suspensions of RDX particles (25)
H. Dong, T. Hong, X. Zhang
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PI-10
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Numerical simulation for the thermal response of the PBX-2 explosive with confinement on fire (27)
X. Zhang, T. Hong, H. Dong, J. Lou, J. Li
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PI-11
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Dynamics of secondary breakup of emulsified fuel drop (32)
O. Girin
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PI-12
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Energies of prechamber initiation of detonation in propane-butane-oxygen and acetylene-oxygen mixtures (39)
V. Golub
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PI-13
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The effect of oxygen concentration on the burning characteristics of kerosene droplets using spark ignition (40)
S. Yang, M. Wu
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PI-14
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Flame disturbance growth induced by a radial flow (42)
T. Tsuruda
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PI-15
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Towards second-order algorithm for the pulsating detonation wave modeling in the shock-attached frame (46)
A. Lopato, P. Utkin
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PI-16
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Al/CuO nanothermite shell assembled via depositing aluminum nanoparticles onto CuO nanowire array on a copper wire (59) M. Wu, Y. Chiang
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PI-17
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Some aspects of rotated detonation waves (61)
A. Vasil'ev
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PI-18
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Influence of a dispersed ignition in the explosion of two-phase mixtures (70)
J. Pascaud
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PI-19
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Modes of chocked flame instability and transition to detonation defined by the peculiarities of combustion kinetics at rising pressure (71)
A. Kiverin, I. Yakovenko
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PI-20
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Development of the constant volume spray combustion chamber for ignition quality testing of Diesel-like fuel (72)
C. Wu, K. Chen, T. Hsu
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PI-21
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A re-evaluation of lamppost deflection data in the Buncefield Explosion (265)
R. Rogers, J. Venart
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Tuesday 4 August 2015 - AM
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12:40
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Lunch
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8:30
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Plenary Lecture
Vladimir Fortov Extreme states of matter and rarefaction, generated by explosive driven shock waves (PL2)
A. Kasimov (Chair)
Room M1
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Room M1
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Room E1
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Room C1
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Room EG
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Astrophysical and terrestrial combustion 1
A. Poludnenko & V. Gamezo
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Detonation dynamics 1
A. Matsuo & H.D. Ng
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Detonations in propulsion 3
T. Endo
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Flame acoustic interactions 1
F. Mauss & K. Vågsæther
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9:40
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Invited Review:
Astrophysical combustion: from a laboratory flame to a thermonuclear supernova (276) A. Poludnenko
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Research on detonation propagation in a 90-degree bifurcated tube (204) L. Li, C. Teo, J. Li, P. Chang, V. Nguyen, B. Khoo
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Development of a liquid-purge method for valvelss pulse detonation combustor using liquid fuel and oxidizer (81) K. Matsuoka, K. Muto, J. Kasahara, H. Watanabe, A. Matsuo, T. Endo
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Direct and indirect combustion noise in an idealised combustor (114) Y. Mahmoudi, A. Dowling, S. Stow
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10:05
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Understanding ignition in Type Ia Supernovae (Invited) (103) M. Zingale, A. Jacobs, A. Almgren, J. Bell, A. Nonaka, C. Malone, S. Woosley
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Modeling of Rayleigh scattering imaging of detonation waves (288) G. Bechon, R. Mevel, D. Davidenko, J. Shepherd
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Heating and acceleration of particles by high-frequency pulsed detonations (165) T. Endo, R. Obayashi, T. Tajiri, K. Kimura, Y. Morohashi, T. Johzaki, K. Matsuoka
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Finite amplitude disturbance interaction with premixed laminar flames (57) M. Aslani, J. Regele
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10:30
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Shock and adiabatic compression ignitions of inhomogeneous gas and two-phase flows (Invited) (197) O. Penyazkov
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Experimental measurement of cell size at high pressure (14) C. Stevens, J. Hoke, F. Schauer
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Gas dynamics in the inlets of a valveless micro pulse detonation engine (292) Z. Chen, M. Wu
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Methane/hydrogen/air flame oscillations in open ended tubes (99) C. Ebieto, N. Amaludin, R. Woolley
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10:55
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Break
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Astrophysical and terrestrial combustion 2
F. Williams & A. Poludnenko
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Detonation dynamics 2
A. Matsuo & H.D. Ng
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Detonations in propulsion 4
T. Endo
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Flame acoustic interactions 2
F. Mauss & K. Vågsæther
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11:25
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Turbulent combustion in astrophysical systems (Invited) (24) F. Roepke
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Ethylene-air detonation in water spray (300) G. Jarsale, F. Virot, A. Chinnayya
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Experimental testing of a rotating detonation engine coupled to nozzles at conditions approaching flight (15) M. Fotia, F. Schauer, J. Hoke
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Effects of variation of the flame area and natural damping on primary acoustic instability of downward propagating flames in a tube (153) S.H. Yoon, O. Fujita
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11:50
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Expanding statistically spherical premixed turbulent flames and astrophysical combustion (Invited)(170) A. Lipatnikov
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Influence of mechanoactivation on detonation parameters of perchlorate based mixtures (53) A. Dolgoborodov, V. Kirilenko, A. Shevchenko, M. Brazhnikov, V. Teselkin
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Influence of gradual expanding channel cutoff on propagation of the toroidal detonation wave (69) M. Wakita, T. Himono, K. Kikuchi, S. Kameyama, T. Totani, H. Nagata
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Effects of gas compressibility on the dynamics of premixed flames in long narrow channels (36) V. Kurdyumov, M. Matalon
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12:15
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Rayleigh-Taylor Unstable Flames: Speed and Structure (224) E. Hicks
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Impact of nitromethane addition on the detonation properties of n-Heptane / oxygen mixtures (311) N. Chaumeix, B. Imbert, S. Abid, L. Catoire, C. Paillard
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Modeling of non-stationary gas flow in annular nozzle (22) V.A.Levin, N.E.Afonina, V.G.Gromov, I.S.Manuylovich, G.D.Smekhov, A.N.Khmelevsky, V.V.Markov
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Interaction between thermoacoustic oscillation and vortical motions in turbulent swirling premixed flame (206) K. Aoki, M. Shimura, Y. Naka, M. Tanahashi
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Tuesday 4 August 2015 - PM
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Room M1
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Room E1
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Room C1
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Room EG
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Astrophysical and terrestrial combustion 3
E. Oran & A. Poludnenko
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Explosions 1
A. Kuhl & M. Lawes
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Detonations in propulsion 5
N. Tsuboi & J. Wang
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Flame dynamics 2
P. Clavin
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14:00
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Mechanisms of DDT in terrestrial systems (invited)(301) V. Gamezo, A. Poludnenko
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Observation of flame propagation and knock in a constant volume vessel (291) Y. Nagano, T. Kitagawa
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Towards exhaust gas emissions from rotating detonation engines (75) K. Kailasanath, D. Schwer
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Towards identifying flame patterns in multiple injection schemes on a single cylinder optical diesel engine (315)
C. Hong, D. Touloupis, C. Keramiotis, G. Ramaswamy, N. Soulopoulos, G. Vourliotakis, M. Founti, Y. Hardalupas, A. Taylor
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14:25
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Distributed burning in chemical and themonuclear flames (invited) (310) A. Aspden
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Suppression of a propane-air explosion using a powdered suppressant (229) J. Chao
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Visualization study on the flowfield of rotating detonation (152) W. Lin, J. Zhou, S. Liu, Z. Lin
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Flame extinction in buoyancy suppressed methane-air non-premixed counter triple co-flow burner (78) J. Park, J. Park, O. Kwon, J. Yun, S. Keel
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14:50
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Discussions
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Propagation characteristics of continuous rotating detonation wave under different temperature air (154) C. Wang, W. Liu, S. Liu, L. Jiang, Z. Lin
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Reduced order modeling of self-igniting reaction-diffusion system based on POD technique and k-means clustering (213) K. Bizon, S. Lombardi, G. Continillo
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15:15
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Break
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Astrophysical and terrestrial combustion 4
V. Gamezo & M. Radulescu
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Explosions 2
A. Kuhl & M. Lawes
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Detonations in propulsion 6
N. Tsuboi & J. Wang
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Combustion dynamics 1
G. Continillo & J. Yoh
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15:45
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Incomplete detonation in Type Ia supernovae (invited) (297) A. Khokhlov, I. Dominguez
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Flame propagation of pulverised biomass crop residues and their explosion characteristics (66) M. Saeed, G. Andrews, H. Phylaktou, D. Slatter, H. Medina, B. Gibbs
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Numerical study of propulsive performance of different injection patterns in rotating detonation engine (73) S. Yao, Y. Liu, J. Wang
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Nonlinear two-time-scale perturbation theory for transverse combustion dynamics (48) W. Sirignano
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16:10
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Reaction rate closure for turbulent detonation propagation through CLEM-LES (225) B. Maxwell, S. Falle, G. Sharpe, M. Radulescu
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The suppression effect of ultra-fine water mist on methane/air explosion in the closed Vessel (97) J. Ren, P. Zhang, Y. Zhou, M. Bi
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OH* chemiluminescence images of detonations propagating through the annular channel of a nonpremixed rotating detonation engine (17) B. Rankin, D. Richardson, A. Caswell, A. Naples, J. Hoke, F. Schauer
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REDIM based reduced modeling of transient premixed combustion regimes (236) A. Neagos, V. Bykov, U. Maas
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16:35
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Adjourn
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Tuesday 4 August 2015 - All day
Work-in-Progress posters 1
Chair: A. Kasimov
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WIP-1.
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Combustion modeling using EUROPLEXUS code (317)
A. Velikorodny
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WIP-2.
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Experimental investigation of detonation behaviors in a non-uniform composition (318)
S. Boulal, P. Vidal, R. Zitoun
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WIP-3.
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Gas generators are based on carbonaceous materials (362)
A. Atamanov, S. Tursyn, M. Tulepov, D. Baiseitov, P. Gulnar, Y. Kazakov, Z. Mansurov
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WIP-4.
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Small-scale experiments in focusing of shock waves using timing delays and shadowgraphs (270)
E. Morris, A. Farmer
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WIP-5.
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Blow-out stability of gaseous non-premixed jet flames (316)
A. Palacios
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WIP-6.
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A unified model to evaluate the effect of strain rate on extinction of premixed and diffusion flames (319)
A. Snegirev
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WIP-7.
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The dynamic behavior of cellular premixed flames generated by hydrodynamic and diffusive-thermal instabilities under the low temperature conditions (320)
S. Kadowaki, T. Washio, T. Katsumi, W. Yamazaki
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WIP-8.
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Investigation of low voltage spark ignition in explosion protection applications (321)
R. Shekhar, C. Uber, U. Gerlach
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WIP-9.
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Quenching and recovering of a lean premixed disk shaped flame by a pulsating nitrogen diluted fuel jet (322)
N. Kotake, Y. Fujikawa, Y. Yahagi, I. Makino
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WIP-10.
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Turbulent flame speed of spherical flame in a fan-stirred closed vessel (323)
J. Goulier, N. Chaumeix
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WIP-11.
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Experimental determination of critical conditions for hydrogen-air detonation propagation in partially confined geometry (324)
W. Rudy, K. Dziubanii, M. Zbikowski, A. Teodorczyk
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WIP-12.
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Detonation development induced by fuel concentration non-uniformity (327)
C. Qi, Z. Chen
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WIP-13.
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Detonation combustion of anthracite particles in an air flow (328)
F. Bykovskii, S. Zhdan, E. Vedernikov, Y. Zholobov
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WIP-14.
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Chemiluminescence Spectroscopy to Explore the Flame Temperature (329)
Y. Kawasoe, H. Hashimoto, O. Moriue, E. Murase, J. Furukawa
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WIP-15.
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Jet fire computational fluid dynamics simulations: validation from an industrial & consultancy perspective (330)
S. Malkeson, T. Jones, R. English
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WIP-16.
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The “GraVent DDT database” (331)
L. Boeck, P. Katzy, J. Hasslberger, A. Kink, T. Sattelmayer
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WIP-17.
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The dynamic of detonation failure in different geometries, and the extension of the critical diameter criterion (332)
R. Sorin, O. Bozier, N. Desbiens, V. Dubois
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WIP-18.
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Energies of prechamber initiation of detonation in propane-butane-oxygen and acetylene-oxygen mixtures (333)
V. Golub, G. Bivol, S. Golovastov
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WIP-19.
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Reaction-diffusion and G-equation approaches reconciled for turbulent premixed combustion modelling (334)
G. Pagnini, R. Akkermans, A. Mentrelli, N. Buchmann
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WIP-20.
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Linear stability analysis of detonation models by direct numerical computations (337)
D. Kabanov, A. Kasimov
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WIP-21.
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The critical transition length from Chapman-Jouguet deflagrations to detonations (338)
M. Saif Al Islam, M. Radulescu, M. Levin, A. Pekalski
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WIP-22.
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Oxygen Fuel MILD Combustion by Reactant Injection Conditions (339)
P. Lee, C. Cha, H. Lee, S. Hwang
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Wednesday 5 August 2015 - AM
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13:10
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Lunch
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8:30
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Plenary Lecture
A. J. Higgins Approaching detonation dynamics as an ensemble of interacting waves (PL3)
M. Short (Chair)
Room M1
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Room M1
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Room E1
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Room C1
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Room EG
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Detonations with losses
J. Bdzil & L. Bauwens
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Explosions 3
J. Chao & N. Chaumeix
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Reactive systems 1
F. Marra & S. Shy
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Combustion dynamics 2
G. Continillo & J. Yoh
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9:40
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High explosive detonation propagation in slab and rate-stick geometries near the Chapman-Jouguet velocity (128) M. Short, S. Jackson, C. Chiquete
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Numerical investigation of constant volume propane-air explosions in a 3.6-metre flame acceleration tube (251) T. Skjold, H. Hisken
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Fuel reforming using counter-current heat-recirculating (141) S. Trivedi, S. Koli, A. Lawson, C. Chen, H. Pearlman, P. Ronney
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Discrete model of filtrational gas combustion (86 ) F. Sirotkin, R. Fursenko, S. Minaev
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10:05
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Numerical simulations of mildly unstable gaseous detonations in small channels (245) A. Sow, A. Chinnayya, A. Hadjadj
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Numerical investigation and comparison of hydrogen/air and propane/air explosion by hot jets (306) A. Ghorbani, S. Fischer, G. Steinhilber, D. Markus, U. Maas
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A study of methane hydrate combustion phenomenon using a novel porous cylindrical burner (135) F. Wu, G. Chen, Y. Li, Y. Chao
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DMD analysis of experimental PIV data of a swirled jet (208) S. Lombardi, K. Bizon, A. Coghe, F. Cozzi, G. Continillo
|
|
10:30
|
Velocity deficits in thin channels for a cylindrically expanding detonation (223) H. Ng, J. Wang, J. Lee
|
Experimental investigation on micro- and nano-PMMA dust explosion venting (181) W. Gao, J. Li, X. Zhang, X. Yan, W. Ji, J. Yu
|
Gas turbine burner reactor network construction and application (160) T. Nilsson, C. Perlman, H. Lehtiniemi, D. Lörstad, S. Möller, F. Mauss
|
Methane combustion dynamics in a diabatic PSR with global, reduced and detailed reaction mechanisms (295) L. Acampora, F. Marra, E. Martelli
|
|
10:55
|
Break
|
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|
Detonations with losses 2
J. Bdzil & L. Bauwens
|
Explosions 4
J. Chao & N. Chaumeix
|
Reactive systems 2
F. Marra & S. Shy
|
Spray combustion
W. Sirignano & T. Skjold
|
|
|
11:25
|
Dynamics of detonations with constant mass divergence (257) B. Borzou, T. Phenix, B. Maxwell, M. Radulescu
|
Determination of flammability limits of diluted H2/CO/CH4/air mixtures in spherical bomb (237) R. Grosseuvres, A. Comandini, J. Biet, M. Idir, A. Bentaïb, N. Chaumeix
|
Swirl motion effects on flame dynamic of pulverized olive cake in vertical furnace (302) A. Elorf, N. Mrad-koched, S. Bostyn, B. Sarh, I. Gökalp, B. Izrar, J. Chaoufi
|
Thermodynamic analysis for combustion at high gas densities (146) A. Jorda Juanos, W. Sirignano
|
|
11:50
|
The effect of radius of curvature on the detonation propagating to the unconfied space (179) T. Hayashi, A. Matsuo, J. Kasahara
|
Large eddy simulations of syngas and biogas explosions accounting for high temperature and pressure effects (299) V. Rao, J. Wen
|
Numerical study of a laser-induced ethane pyrolysis in a wall-less reactor using a reduced kinetic scheme (303) J. Yang, O. Matar, O. Stadnichenko, V. Snytnikov
|
Numerical and theoretical investigation of the scalar dissipation rate in laminar counterflowing spray flames (94) H. Olguin, E. Gutheil
|
|
12:15
|
Detonation mode and frequency variation under high loss conditions (134) S. Jackson, B. Lee, J. Shepherd
|
Detonation hazard classification based on the critical orifice plate diameter for detonation propagation (241) M. Cross, G. Ciccarelli, P. Thibault
|
Sooting behavior of ethane in a micro flow reactor with a controlled temperature profile (284) A. Dubey, T. Tezuka, S. Hasegawa, H. Nakamura, K. Maruta
|
Statistical analysis of the reaction progress variable and mixture fraction gradients in flames propagating into droplet mist: A DNS analysis (54) D. Wacks, N. Chakraborty, E. Mastorakos
|
12:40
|
Norbert Peters, 1942-2015
H. Pitsch, F. Williams & A. Liñán (speakers)
D. Bradley (Chair)
Room M1
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Wednesday 5 August 2015
Posters 2
Chair: A. Matsuo
|
|
|
PI-22.
|
The effect of side relief on detonation propagation in a rotating detonation engine (85)
R. Fievisohn, K. Yu
|
|
PI-23.
|
Kinetic analysis of the mechanisms of ignition and combustion of blended fuels comprising hydrocarbons and hydrogen (98)
N. Titova, S. Torokhov, I. Chechet, O. Favorskii, A. Starik
|
|
PI-24.
|
Two-line OH PLIF temperature measurements of flames near a quenching plate (104)
D. Escofet-Martin, Y. Chien, D. Dunn-Rankin
|
|
PI-25.
|
Methane hydrate combustion (105)
J. Santacana Vall, D. Dunn-Rankin
|
|
PI-26.
|
The time of effective energy input for direct detonation initiation in spark discharge (115)
K. Korytchenko, L. Zavada, D. Kudin, S. Rodionov
|
|
PI-27.
|
Numerical investigation of shock wave – dense particles cloud interaction (118)
P. Utkin
|
|
PI-28.
|
Ignition transient of supercritical oxygen/kerosene combustion system (119)
D. Kim, K. Lee, J. Koo
|
|
PI-29.
|
A. Nakamura, S. Kinoshita, T. Denda, T. Iwasaki, K. Ishii
|
|
PI-30.
|
Numerical simulations of the diameter effect for nitromethane using ignition and growth model (133)
Y. Sugiyama, K. Wakabayashi, T. Matsumura, Y. Nakayama
|
|
PI-31.
|
Numerical study on direct initiation of cylindrical detonation in H2/O2 mixture: influence of higher-order scheme (136)
T. Niibo, Y. Morii, N. Tsuboi, M. Asahara, A. Hayashi
|
|
PI-32.
|
Explosion damage in the unit 4 reactor building of Fukushima Daiichi nuclear power plant (162)
T. Tsuruda
|
|
PI-33.
|
Influence of the temperature of a heterogeneous mixture on the DDT in a small-size pulsed detonation combustor (164)
K. Alhussan, M. Assad, O. Penyazkov
|
|
PI-34.
|
Detonations in capillary tubes with nitrous oxide as an oxidizer (168)
T. Meye, E. Brandes, U. Krause
|
|
PI-35.
|
Turbulent premixed hydrogen flames at high Karlovitz number: A DNS study (172)
Y. Chen, K. Luo
|
|
PI-36.
|
Two-dimensional simulation on detonation wave supported by the cylindrical inner wall injecting premixed gas (178)
J. Fujii, A. Matsuo, J. Kasahara
|
|
PI-37.
|
Study of the morphological properties of ammonium nitrate and decomposition with dextran (182)
Z. Mansurov
|
|
PI-38.
|
Numerical investigation of hydrogen-air mixtures ignition near lean flammability limit (185)
A. Smygalina, M. Ivanov
|
|
PI-39.
|
Flame spread along a paper disk in a narrow channel (193)
T. Daitoku, T. Takahashi, T. Tsuruda
|
|
PI-41.
|
Numerical simulations of ignition and combustion of RDX mixed with gaseous additives (195)
M. Mar, P. Gillard, L. Courty
|
|
PI-41.
|
Ignition delay times of primary reference fuels (196)
M. Fikri
|
|
PI-42.
|
M. Abdel-Raheem, S. Ibrahim, W. Malalasekera, M. Bragin
|
|
Thurday 6 August 2015 - AM
|
||||
|
12:40
|
Lunch
|
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|
8:30
|
Plenary Lecture
Richard Saurel Modelling shocks and detonations in heterogeneous high explosives (PL4)
J. Boris (Chair)
Room M1
|
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|
Room M1
|
Room E1
|
Room C1
|
Room EG
|
|
|
Gasdynamics of explosions 1
A. Chinnayya
|
Detonation dynamics 3
O. Penyazkov
|
Ignition 1
Y.-C. Chao & V. Golub
|
Flame instabilities 1
J. Regele & A. Sanchez
|
|
|
9:40
|
Theory of weak-shocks interactions with transonic mixing layers (264) C. Huete, A. Sanchez, F. Williams, J. Urzay
|
The Possibility of Detonation Stabilization in a Supersonic Flow of a Combustible Gas Mixture without Any Expenditure of Energy (41) V. Levin, T. Zhuravskaya, I.S. Manuylovich
|
Effects of natural convection on thermal explosions in spherical vessels (263) I. Iglesias, A. Sanchez, F. Williams, A. Liñán
|
Diffusive-thermal instabilities of high Lewis number flames in micro flow reactor (47) T. Miroshnichenko, V. Gubernov, S. Minaev, K. Maruta
|
|
10:05
|
Viscous solutions of the triple shock reflection problem (238) S. Lau-Chapdelaine, G. Sharpe, M. Radulescu
|
A hydrodynamic simulation on reactive shock attenuation in the large-scale gap test of heavily aluminized RDX (129) B. Kim, M. Kim, J. Yoh
|
Effect of Equivalence Ratio on Ignition and Flame Propagation of n-Hexane-Air Mixtures using Moving Hot Particles (281) S. Coronel, J. Shepherd
|
Diffusive-thermal instability of low-Lewis-number premixed flames in stretched flow of two slot burners (35) R. Fursenko, S. Mokrin, S. Minaev, K. Maruta
|
|
10:30
|
Mach reflection during the oblique interaction of a condensed-phase explosive detonation reaction zone with a rigid wedge (125) J. Bdzil, M. Short, J. Quirk
|
Behavior of Methane/Oxygen Gas Detonation near Propagating Limit in Small Diameter Tube:Effect of Tube Diameter (139) K. Yoshida, K. Hayashi, Y. Morii, K. Murakami, A. Susa, N. Tsuboi, A. Hayashi
|
Hot surface ignition and flow separation (267) J. Melguizo Gavilanes, J. Shepherd
|
Numerical study of interaction between Darrieus-Landau instability and spatially periodic shear flow (247) D. Valiev, A. Gruber, C. Law, J. Chen
|
|
10:55
|
Break
|
|||
|
Detonation analogs 1
A. Kasimov & A.J. Higgins
|
Detonation initiation and failure
S. Jackson & J. Melguizo Gavilanes
|
Ignition 2
Y.-C. Chao & V. Golub
|
Flame instabilities 2
J. Regele & A. Sanchez
|
|
|
11:25
|
Invited Review:
Detonation analogs revisited (312) A. Kasimov
|
Study of small scale experiments of detonations in an aqueous foam confinement (77) F. Ballanger, D. Counilh, N. Rambert, A. Lefrançois, J. Haas, A. Chinnayya
|
Laser-induced ignition of methane and biogas near the lean flammability limit (254) N. Peters, H. Morrow, B. Akih Kumgeh
|
An analysis of flame instabilities based on Sivashinky equation (261) J. Yanez, M. Kuznetsov
|
|
11:50
|
Detonation wave driven by energy of carbon condensation (38) A. Eremin
|
Higher order DSD calibration of ammonium nitrate/fuel oil (123) C. Chiquete, M. Short, S. Jackson, J. Bdzil
|
Comparison of the formation of ignition sources due to continuous and repetitive metallic friction (180) L. Meyer, M. Beyer, U. Krause
|
Formation and evolution of distorted tulip flames (64) H. Xiao, R. Houim, E. Oran, J. Sun
|
|
12:15
|
Modelling microbial chemo-tactic waves using adaptive mesh refinement (52) S. Falle
|
Method of characteristic analysis of gaseous detonations bounded by an inert gas (200) R. Fievisohn, K. Yu
|
Chemical kinetics of ignition of n-Hexane by a moving hot sphere (290) R. Mevel, J. Melguizo Gavilanes, S. Coronel, J. Shepherd
|
Critical Peclet numbers for the onset of Darrieus-Landau instability in atmospheric-pressure methane-air flames (231) C. Bauwens, J. Bergthorson, S. Dorofeev
|
|
Thursday 6 August 2015 - PM
|
||||
|
Room M1
|
Room E1
|
Room C1
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Room EG
|
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Detonation analogs 2
A. Kasimov & A. Higgins
|
Gasdynamics of explosions 2
C. Chiquete & K. Kailasanath
|
Ignition 3
R. Mevel & R. Yetter
|
Turbulent flames 1
B. Maxwell & V. Gamezo
|
|
|
14:00
|
Magnetic detonation in cystals of nanomagnets (126) M. Modestov, V. Bychkov, O. Yukhymenko, M. Marklund
|
Investigation of the pressure wave and hot gas kernel induced by low energy electrical discharges (167) S. Essmann, D. Markus, U. Maas
|
Ignition delay and flame radius for single particle combustion in high-temperature flammable gas/air Mixtures (256) C. Cloney, R.C. Ripley, M.J. Pegg, P.R. Amyotte
|
Turbulent diffusion of combustion gaseous admixtures (79) T. Elperin, N. Kleeorin, M. Liberman, I. Rogachevskii
|
|
14:25
|
Analog system of detonations with losses and pressure-dependent reaction rate (117) X. Mi, Y. Sun, J. Zhang, P. Hu, C. Wang
|
An immersed boundary method to simulate compressible reactive flows featuring shock-wave interactions with three-dimensional solid obstacles (214) R. Boukharfane, B. Bouvelle, Z. Bouali, A. Mura
|
Reaction front propagation initiated by a hot spot in premixed n-heptane/air mixture at low temperature (30) P. Dai, Z. Chen
|
A jet-stirred apparatus for turbulent combustion experiments(308) A.A. Davani, P.D. Ronney
|
|
14:50
|
Chaos in a third order nonlinear evolution equation for pulsating detonations using fickett's model (240) A. Bellerive, M. Radulescu
|
Long distance propagation of shock waves in the open atmosphere (234) C. Proust, K. Vilalta
|
Auto-ignition of premixed methane/air mixture in the presence of dust (60) V. Leschevich, O. Penyazkov, S. Shimchenko
|
Flame speeds and self-similar propagation of expanding premixed turbulent flames at high eynolds numbers (95) S. Shy, L. Chen, H. Huang, W. Li
|
|
15:15
|
Break
|
|||
|
Detonation analogs 3
A. Kasimov & A. Higgins
|
Detonation initiation
A. Teodorczyk & N. Smirnov
|
Ignition 4
R. Mevel & R. Yetter
|
Turbulent flames 2
B. Maxwell & V. Gamezo
|
|
|
15:45
|
Weakly nonlinear dissipative detonations (296) L. Faria, A. Kasimov, R. Rosales
|
Numerical simulation of direct detonation initiation in H2/O2/ar mixtures with detailed chemistry (45) C. Qi, Z. Chen
|
Numerical simulation of ignition in ABC – flow modeling 3D turbulence using a GPU-based approach (202) E. Sereshchenko, R. Fursenko, S. Minaev, S. Shy
|
Sensitivity of scaling exponents for turbulent burning velocity to evaluation method: a numerical study (91) S. Verma, A. Lipatnikov
|
|
16:10
|
Laser supported detonation in silica-based optical fibers (307) V. Efremov, A. Frolov, V. Fortov
|
Energy input into the spark at the direct detonation initiation (112) K. Korytchenko, V. Golota, D. Kudin, A.V. Sakun
|
Wall film evaporation causing pre-ignition in turbo-charged gasoline engines (10) N. Peters, G. Paczko, H. Pitsch
|
Transported joint PDF simulation of a turbulent ethanol spray flame combined with a spray flamelet model (96) Y. Hu, H. Olguin, E. Gutheil
|
|
16:35
|
Spectral and nonlinear stability of viscous strong and weak detonation waves in Majda's qualitative model (283) G. Lyng
|
Detonation onset in acetylene – oxygen mixture (209) N. Smirnov, V.F. Nikitin, Yu.G. Phylippov, J. Koo
|
End-gas autoignition in premixed hydrogen/air mixture (23) H. Yu, Z. Chen
|
Simulation of turbulent lifted flames and their transient propagation (121) S. Ruan, Z. Chen, N. Swaminathan
|
|
17:00
|
A toy model for multi-dimensional cellular detonations (294) L. Faria, A. Kasimov, R. Rosales
|
On analogy of 2D and 3D combustible mixture flows (250) V. Levin, I. Manuylovich, V.V. Markov
|
Experimental and kinetic modeling of the oxidation of synthetic jet fuels and surrogates (62) P. Dagaut, F. Karsenty, G. Dayma, Z. Serinyel
|
Enhancing the stability limits of a low swirl non-premixed turbulent lifted biogas flame (110) M. Saediamiri, M. Birouk, J. Kozinski
|
|
17:25
|
Adjourn
|
|||
|
Thursday 6 August 2015 - All day
Work-in-Progress posters 2
Chair: M. Radulescu
|
|
|
WIP-23.
|
P. Katzy, L. Boeck, J. Hasslberger, T. Sattelmayer
|
|
WIP-24.
|
The development of tubular platinum-emitter reactor for a small-scale thermophotovoltaic power system (341)
J. Hong
|
|
WIP-25.
|
Experimental and numerical study of oxygen enrichment on methane diffusion flame in a triple port burner (342)
J. Wu
|
|
WIP-26.
|
Influence of turbulent Markstein number on flame front structure and burning rate in premixed turbulent flames (343)
P. Tamadonfar, O. Gulder
|
|
WIP-27.
|
Ignition of waste / biomass mixtures deposited as dust layers (344)
N. Fernandez-Anez, N. Dameto de Espana, J. Garcia Torrent, L. Medic Pejic
|
|
WIP-28.
|
Revision of the detonation cell sizes from detailed chemical kinetic calculations prediction model (350)
A. Gavrikov, A. Efimenko
|
|
WIP-29.
|
More on high pressure ignition kernel development and minimum ignition energy measurements in different regimes of premixed turbulent combustion (346) W. Li, Y. Shiu, S. Shy
|
|
WIP-30.
|
Flame development in pulverised biomass (351)
D. Slatter, M. Saeed, G. Andrews, H. Phylaktou, B. Gibbs
|
WIP-31.
|
Influence of biomass pellet composition on the pulverised pellet flame propagation and minimum explosion concentration (353) M. Saeed, G. Andrews, H. Phylaktou, B. Gibbs
|
|
WIP-32.
|
Study on reflected shock bifurcation dynamics (354)
U. Niedzielska, R. Mevel, J. Shepherd, A. Teodorczyk
|
|
WIP-33.
|
N. Urszula, R. Mevel, J. Shepherd, A. Teodorczyk
|
|
WIP-34.
|
Molecular dynamics simulations of flame propagation of monopropellant PETN embedded with carbon nanotubes (356)
G. Mo, S. Jain, L. Qiao
|
|
WIP-35.
|
A zone model for fast verification of release of ultrafine water mist for fire extinction in compartments (357)
F. Marra
|
|
WIP-36.
|
Detonation propagation in the limit of discretized energy sources (360)
X. Mi, E. Timofeev, A. Higgins
|
|
WIP-37.
|
Shock in reactive cross-flow under partial confinement (361)
J. Burr, K. Yu
|
|
WIP-38.
|
Influence of a DC electric field on the stability of a diffusion flame (363)
W. Badat, P. Gillon, V. Gilard, B. Sarh
|
|
WIP-39.
|
Combustion of olive residues in a fluidized bed: Optimization of biomass moisture and operating conditions (364)
B. Sarh, T. Boushaki, M. Asbik, E. Abdallah, S. Bostyn, I. Gökalp
|
|
WIP-40.
|
Ignition transient of supercritical oxygen/kerosene combustion system (366)
D. Kim, K. Lee, J. Koo
|
|
WIP-41.
|
WSD EOS calibration procedure (369)
L. Darrell, T. Aslam, M. Short
|
|
WIP-42.
|
Modling cookoff of a melt-castable explosive in several geometries (370)
M. Hobbs, M. Kaneshige, M. Anderson
|
|
WIP-43.
|
Response of premixed laminar flames to equivalence ratio and pressure oscillations using detailed chemistry (TARDIS) (372) N. Malik
|
|
Friday 7 August 2015 - AM
|
||||
|
12:40
|
Lunch
|
|||
|
8:30
|
Plenary Lecture
Richard Yetter Nano-energetics and combustion (PL5)
A.J. Higgins (Chair)
Room M1
|
|||
|
Room M1
|
Room E1
|
Room C1
|
Room EG
|
|
|
Detonation structure
L. Bauwens & M. Short
|
Shock tube ignition 2
B. Akih Kumgeh & E. Petersen
|
Laminar flames 1
P. Ronney
|
Dust combustion 1
M. Liberman & F. Williams
|
|
|
9:40
|
The influence of high-frequency instabilities on the direct initiation of two-dimensional gaseous detonations (56) H. Ng, C. Kiyanda, G. Morgan, N. Nikiforakis
|
Shock tube measurements of species time-histories during jet fuel pyrolysis and oxidation (262) Y. Zhu, S. Wang, D. Davidson, R. Hanson
|
Studying the effect of H2, O2 and CO2/N2 Addition on the laminar flame speed of CH4/LPG-air mixtures (7) A. Ibrahim, S. Ahmed
|
Effect of radiation on the propagation of planar coal dust flames in air (84) R. Houim, E. Oran
|
|
10:05
|
A unifying thermodynamic model for the rate of energy release in the reaction zone of solid secondary explosives (107) B. Henson, L. Smilowitz
|
Investigation of ignition behavior of dimethyl and ethyl isomers of cycloalkanes and furans (269) M. Eldeeb, B. Akih Kumgeh
|
Premixed flame propagation between two closely spaced parallel plates (166) D. Fernandez-Galisteo, J. Gross, V. Kurdyumov, P. Ronney
|
Comparison of combustion characteristics of magnesium and aluminum powders (137) R. Lomba, S. Bernard, F. Halter, C. Chauveau, P. Gillard, C. Mounaim-Rousselle, T. Tahtouh, O. Guezet
|
|
10:30
|
Acoustic timescale characterization of unreacted pockets in unstable detonation waves (31) J. Regele
|
Nitromethane ignition behind reflected shock waves (55) O. Mathieu, B. Giri, J. Mertens, E. Petersen
|
Laminar flame speeds of pentanol isomers : an experimental and modeling study (221) D. Nativel, M. Barone, F. Gourmel, M. Idir, N. Chaumeix
|
On conditions for self-sustained combustion of pulverised coal particle-laden mixtures following localised forced ignition: A Direct Numerical Simulation (190) T. Brosh, F. Marincola, D. Patel, D. Wacks, N. Chakraborty
|
|
10:55
|
Break
|
|||
|
DDT 5
D. Bjerketvedt & L. Boeck
|
Shock tube ignition 3
B. Akih Kumgeh & E. Petersen
|
Laminar flames 2
P. Ronney
|
Dust combustion 2
M. Liberman & F. Williams
|
|
|
11:25
|
Effects of boundary layer on flame propagation generated by forced ignition behind an incident shock wave in DDT process (275) S. Ishihara, S. Tamura, K. Ishii, H. Kataoka
|
Experimental and numerical study of 1-Pentanol pyrolysis in a shock tube at high pressure and high temperature (63) D. Nativel, R. Grosseuvres, A. Comandini, S. Abid, N. Chaumeix
|
Burning velocities of CH4/air/water-mist premixed flames near the extinction limit (158) Y. Ogami, M. Ito, T. Daitoku, T. Tsuruda
|
Neutralization of airborne contaminants (371) J. Boris, G. Patnaik
|
|
11:50
|
Influence of water mist on flame acceleration, transition to detonation and detonation propagation in H2-air mixtures (161) L. Boeck, A. Kink, D. Oezdin, J. Hasslberger, T. Sattelmayer
|
Shock-tube study of the addition effect of CF2BrCl on the ignition of light hydrocarbons (43) O. Mathieu, C. Gregoire, E. Petersen
|
Laminar burning speeds of alpha-pinene/benzene/air mixtures involved in the combustion in forest fires (171) B. Coudour, K. Chetchouna, F. Halter, C. Mounaim-Rousselle, J.-P. Garo
|
Influence of radiative preheating on flame propagation in gaseous mixtures seeded with inert particles (82) M. Liberman, M. Ivanov, A. Kiverin
|
|
12:15
|
Influence of blockage ratio on the DDT and detonation propagation limits for an orifice plate filled tube (243) M. Cross, G. Ciccarelli
|
Shock tube and modeling study of chemical ionization in the oxidation of acetylene and methane mixtures (37) G. Agafonov, D. Mikhailov, V. Smirnov, A. Tereza, P. Vlasov, I. Zhil'tsova
|
Experimental and modeling investigation of laminar flame speeds of styrene (106) A. Comandini, N. Chaumeix
|
Simultaneous mist and flame propagation characterisation studies in a fully-confined bomb (242) D. Pugh, P.J. Bowen, A.P. Crayford, D. De la Rosa, L. Bernard
|
|
Friday 7 August 2015 - PM
|
||||
|
Room M1
|
Room E1
|
Room C1
|
Room EG
|
|
|
DDT 6
A. Gaathaug & L. Boeck
|
Turbulent flames 3
A. Lipatnikov & D. Valiev
|
Ignition 5
I.-S. Jeung & K. Ishii
|
Dust combustion 3
R. Houim & S. Jackson
|
|
|
14:00
|
Numerical simulation on mechanism of flame acceleration and deflagration to detonation transition for ethylene-oxygen system (189) W. Han, C. Wang, C. K. Law
|
Modelling of progress variable variance transport in head on quenching of turbulent premixed flames: a direct numerical simulation analysis (92) J. Lai, N. Chakraborty
|
Ignition delay and MIE measurement for n-decane/air mixture induced by laser-spark (187) N. Mokrani, S. Rudz, P. Gillard
|
Experimental investigation of the mechanisms of cellular instabilities developing on two-phase flames (235) R. Thimothée, C. Chauveau, F. Halter, I. Gökalp
|
|
14:25
|
Large Eddy Simulation of deflagration to detonation transition using artificial thickening (169) S. Yu, S. Navarro-Martinez
|
Structures of turbulent bunsen flames in the corrugated-flamelet regime (29) J. Furukawa, Y. Yoshida, F.A. Williams
|
Initiation of detonation in iso-octane/air mixture under high pressure and temperature condition in closed cylinder (90) Z. Wang, X. He, H. Liu, Y. Qi, P. Zhang, J. Wang
|
An attempt to observe the discrete flame propagation regime in aluminum dust clouds (228) A. Wright, S. Goroshin, A. Higgins
|
|
14:50
|
Transition to detonation in non-uniform H2-air: chemical kinetics of shock-induced strong ignition (156) L. Boeck, J. Hasslberger, T. Sattelmayer
|
Numerical investigation of turbulent lean premixed hydrogen-carbon monoxide combustion at elevated pressures (80) R. Dinesh, H. Shalaby, K.H. Luo, D. Thevenin
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Experimental investigation of co-flow effect on ignition process of a methane jet diffusion flame (147) Q. Wang, J. Yang, Y. Wang, Y. Zhang, C. Zhao
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Combustion time and ignition temperature of iron particles in different oxidizing environments (259) A. Wright, S. Goroshin, A. Higgins
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15:15
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Break
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Reaction dynamics 2
P. Dagaut & P. Varghese
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Turbulent flames 4
A. Lipatnikov & D. Valiev
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Shock ignition
S. Coronel & I.-S. Jeung
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Heterogeous combustion
S.Minaev & K. Maruta
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15:45
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An approximate method for solving the problem of the establishment of chemical equilibrium in the products of explosion of gas mixture (177) V. Shargatov, S. Gubin, A. Krivosheev
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Premixed flame propagation in high-intensity turbulence: investigating the role of detailed chemistry (28) G. Nivarti, S. Cant
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Numerical study of shock-induced combustion in a hypersonic non-uniformly premixed hydrogen/air flow (13) K. Iwata, S. Nakaya, M. Tsue
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On numerical model of two-dimensional heterogeneous combustion in porous media (68) N. Lutsenko
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16:10
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Elevated pressure and temperature effect to laminar flame speed of acetone/air mixture (201) Y. Wu, V. Modica, F. Grisch
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Relevance of basic turbulent premixed combustion models for accurate simulations of v-shaped flames (211) K. Kha, C. Locier, V. Robin, A. Mura, M. Champion
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Explosion-induced ignition and combustion of acetylene clouds (120) A. Kuhl, H. Reichenbach, J. Bell, V. Beckner
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Effect of the initial diameter on the vaporization rate of fuel droplet in turbulent atmosphere: experimental data (111) M. Birouk, P. Toews, I. Chowdhury
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16:35
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A novel application of an isoconversional method for thermal decomposition kinetics of heavily aluminized RDX (130) Y. Kim, J. Yoh, J. Park
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Influence of heat release in a premixed flame on weakly turbulent flow of unburned gas: a DNS study (74) A. Lipatnikov, J. Chomiak, V. Sabelnikov, S. Nishiki, T. Hasegawa
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Self-ignition of high-pressure hydrogen released by reproducible rupture of diaphragm (155) W. Kaneko, K. Hayashi, K. Ishii
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Asymptotic analysis of quasi-steady heptane droplet combustion supported by cool-flame chemistry (175) K. Seshadri, N. Peters, F. Williams, V. Nayagam
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17:00
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Continuation analysis of complex chemical mechanisms for jet-fuels combustion in PSR (298) L. Acampora, E. Mancusi, F. Marra
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Blow-off characteristics of turbulent premixed flames in curved-wall jet burner (89) M. Mansour, O. Mannaa, S. Chung
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Effects of opening conditions on the self-ignition of high pressurized hydrogen released through a tube (314) H. Lee, S. Lee, J. Park, I. Jeung
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Effects of droplet size on hypergolic combustion of hydrazine spray (293) H. Tani, H. Terashima, R. Kurose, A. Kitano, M. Koshi, Y. Daimon
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17:25
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Farewell
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Friday 7 August 2015 - All day
Posters 3
Chair: A. Sanchez
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PI-43.
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A novel flame chemiluminescence measurement using a digital colour camera (199)
J. Yang, Z. Ma, Y. Zhang
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PI-44.
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Modeling and numerical simulation of layered coal-dust explosions behind a propagating shock wave (203)
T. Kanno, A. Matsuo
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PI-45.
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Burning velocity blending laws for methane/air and hydrogen/air blends (212)
T. Al-Mughanam, D. Bradley, M. Lawes, R. Mumby
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PI-46.
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Criterions for the stability of flame propagation and deflagration detonation transition of carbon monoxide-oxygen mixture (216) Y. Sun, C. Wang
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PI-47.
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Modeling study of pulsed and continuous detonation in propane/air mixture (220)
V. Kopchenov, D. Babushenko, P. Kuleshov, N. Titova, A. Starik
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PI-48.
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Shock in reactive cross-flow under partial confinement (230)
J. Burr, K. Yu
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PI-49.
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Multi-dimensional transport: dns analysis and incorporation into the reaction-diffusion manifold (REDIM) method (233)
R. Schießl, V. Bykov, U. Maas
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PI-50.
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Thermal radiation contribution to metal dust explosions (239)
R. Ben Moussa, C. Proust, M. Guessasma, K. Saleh, J. Fortin
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PI-51.
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Two-dimensional numerical simulations of cellular detonation diffraction in channels (246)
J. Li, H.D. Ng, N. Jianguo, J.H.S. Lee
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PI-52.
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Numerical simulation of multidimensional modes of gaseous detonation (249)
V.A. Levin, I.S. Manuylovich, V.V. Markov
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PI-53.
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2D and 3D detonation in layered reacting mixtures (252)
V.A. Levin, I.S. Manuylovich, V.V. Markov
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PI-54.
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Detached eddy simulation of high turbulent swirling reacting flow in a premixed model burner (253)
Z. Mansouri, M. Aouissi, E. Abdallah, T. Boushaki
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PI-55.
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O-Revealer: Novel technology for demining of histosols by the controlled use of smouldering combustion (255)
G. Rein, X. Huang, F. Restuccia, T. McArdle, P. Idoux
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PI-56.
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Development of file format and database infrastructure for high explosive reference data (83)
C. Kiyanda, M. Boyce, H. Ng
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PI-57.
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Three-dimensional cellular structure and propagation process of spherical detonation (273)
R. Iida, M. Asahara, A. Hayashi, N. Tsuboi
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PI-58.
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Thrust performance evaluation of a rotating detonation engine with a conical plug (274)
K. Ishihara, Y. Kato, K. Matsuoka, J. Kasahara, A. Matsuo, I. Funaki
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PI-59.
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Study on intensity of blast wave generated from vessel bursting by gas explosion (277)
T. Matsunaga, T. Mogi, R. Dobashi
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PI-60.
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The application of Krylov implicit integration factor method in numerical simulation of deflagration to detonation (287)
C. Wang, Y. Bi, J. Ding
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PI-61.
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Experimental and numerical study of oxygen enrichment on methane diffusion flame in a triple port burner (285)
Y. Li, C. Wu
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PI-62.
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Flame propagation of highly reactive combustible mixtures in closed pipe with L/D of 51 (305)
S. Sulaiman, R. MdKasmani, A. Mustafa, M. Hassim, R. Rasit Ali, N. Ibrahim, K. Kidam
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PI-63.
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Investigation on shock wave focusing in 2-stage PDE (309)
Z. Hao
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