Two poster session will be presented in the ground floor of the Trade Union
Palace.
- Poster I
Monday, July 27 (10:50 – 11:45)
- Poster II
Tuesday, July 28 (15:55 – 17:00)
Authors are encouraged to display their posters from 09:00 to 17:00 on the day of
their session. It is strongly recommended that authors are available to answer
questions in the poster area during their assigned times.
Guidelines for Poster Preparations
- Maximum poster dimensions are (841x1189) mm
- Authors are encouraged to use sans serif fonts (e.g. Arial) as they are more
visually effective than serif fonts (e.g. Times New Roman)
- Font sizes below 18 pts are not recommended
Monday, July 27.
Chair: Marlen Topchiyan
1. Numerical
Simulation of a Turbulent Diffusion Flame
Tohid Darvishzadeh
4. Partitioning Effect
on a Dust Explosion
Jean Marc Pascaud
5. Dynamic
Behaviors of Fuel Dusts through the Flame Propagation in Combustion Chamber
Mehdi Bidabadi,
Ramin Khalilinezhad
12. Numerical
Investigation of Continuous Detonation Engine
Yetao Shao, Meng Liu, Jianping Wang, Toshitaka Fujiwara
13. Flame Propagation in a Channel with Obstacles
Zhihua chen, Zhangfeng ying, Baochun fan, Jingfang ye,
Yingxia sheng
20. LES of a Large-Scale Detonation Experiment in the RUT Facility
Mateusz Zbikowski, Dmitriy
Makarov, Vladimir Molkov
26. Complex Study of Nonequilibrium Phenomena
in Shock Wave Front in the Various Noble Gases Containing Small Admixture of
Fe(CO)5
Alexander
Drakon, Sergey Kulikov, Alexander Eremin
28. Propagation of the
Reaction Front of Dry Biomass Particles In a Fixed Bed
Mehdi bidabadi, Jalil Fereydooni, Milad Shokouhmand, Alireza rahbari
31. The Chemical Structures of Laminar Opposed-Jet
Diffusion flames of CH4/CO Versus Air
Chih-Yung Wu, Y.-Y. Cheng, T.-W. Chang, Yueh-Heng Li, Y.-C. Chao, Tsarng-Sheng Cheng
37. Development of Richtmayer-Meshkov
Instability at Interaction of Diffusion Mixing Layer of Two Gases with Passing
and Reflected Shock Waves
Alexander Fedorov,
Gennadii Ruev, Vasilii Fomin
39. Combustion
Synthesis of Nanocomposite Powders Using Mechanocomposite-Precursors
Tatiana Talako, Andrei Letsko, Piotr Vitiaz, Tatiana Grigoryeva,
Nikolai Lyakhov
57. Detonation
Initiation Assisted with Pre-excitation of the Reactive Medium by
Non-Equilibrium Plasma
Ivan Zaev, Igor Kirillov, Boris Potapkin
63. PrIMe:
System Approach to Predictive Modeling of Combustion
Michael Frenklach, Zoran Djurisic, Michael Gutkin, Devin Yeates, Xiaoqing You
80. Slow Propagation Dynamics of Detonation in
a Non-uniform Gas: a Large Activation-Energy Analysis
Pierre Vidal
93. Investigation
of Heat Transfer and Heterogeneous Reactions during the Slow Cook Off of a
composite Propellant
Philippe Gillard, Baptiste
Longuet
108. Calculation of Special Modes of Detonation
Propagation in Tubes
Lioudmila Gvozdeva,
Dmitriy Baklanov, Irina Ryzhkina
116. Investigation
of the Onset Condition of Oblique Detonation Wave Cell Structures
Jeong-Yeol Choi
118. Computer Simulation of Dynamics of Reactive Systems
Vladimir Leitsin, Maria Dmitrieva, Tatiana Kolmakova
119. Formation of Mechanical Sparks in Sliding Metal Contacts
Felix
Welzel, Toni Ott, Michael Beyer, Claus-Peter Klages,
Stefan Bitterlich, Wolfgang Gerlinger
120. High-voltage
Pulsed Driving Arc Applied to Ignition and Detonation
Kostyantyn Korytchenko
127. CARS
Application to the Vibrational/Rotational Temperature Measurement of Nitrogen
behind Shock Waves over Mach Number 13
Takashi Osada,
Youichi Endo, Chikara Kanazawa,
Masanori Ota, Kazuo Maeno
130. Nonequilibrium
Processes in Nitrogen Plasma Behind Strong Shock Waves
Ilya Arsent'ev, Staly Losev, Alexander Starik, Nataliya Titova
132. The
Mathematical Model for Predicting the Pyrolysis of Wood Particles
Mehdi Bidabadi, Milad Azimi, Sara Montazerinejad, Alireza Rahbari
133. Decomposition
of Azomethane in Shock Tube as the Example of УConcertedФ Decomposition
Mechanism
Yuri Petrov, Yuri Karasevich, Stanislav Turetskii
142. Operator Splitting in Simulation of
Detonation Structure
Yaser Mahmoudi, Kiumars Mazaheri
148. Reduced Chemical Reaction Model of
Methane/Oxygen Mixture
Youhi Morii, Nobuyuki Tsuboi, Mitsuo Koshi, Hiroyuki Ogawa,
A. Koichi Hayashi, Taro Shimizu
161. Numerical Simulation on Propagating
Process of H2/O2 Cylindrical Detonation with Detailed
Reaction Model
Makoto Asahara,
Nobuyuki Tsuboi, A. Koichi Hayashi, Eisuke Yamada
167. Modeling of Lifted Jet Flames Using a New
Flame Extinction Model
Saurabh Goel, Sudarshan Kumar
169. Auto-ignition of
Diesel Fuel at High Temperatures and Pressures
Kirill Sevrouk, Mohamad Assad, Vladimir Leschevich, Oleg Penyazkov,
Venkat Tangirala, Narendra Joshi
175. Initiation of Hydrogen-Air Detonations at Nonuniform Conditions
Kirill Sevrouk, Oleg Penyazkov, Khaled Alhussan
181. Direct
Initiation of Detonation in Small Initiation Reaction Rate
Seyed Abdolmehdi Hashemi,
Abolfazl Fattahi
193. Model of
Explosive Crystallization in Thin Films Based on the Nucleation and Growth
Approach
Oscar Rabinovich, Boris Khina, Pavel Grinchuk
196. Micro Engine Combustion Numerical Fluid
Dynamics Analysis
Janusz Piechna,
Andrzej Teodorczyk
210. Kinetics
of Plasma Assisted Combustion At Low Reduced Electric
Fields
Liang Wu, Alexander Fridman, Andrey Starikovskiy
212. Development of Pulsed Surface Dielectric
Barrier Discharge and Its Application for Ignition Initiation
Maryia Nudnova, Andrey Starikovskiy
Tuesday, July 27.
Chair: Ideya
Naboko
7. Oscillatory
Propagation of a Rich Premixed Spray Flame
Leonid Kagan, Barry Greenberg, Gregory Sivashinsky
222. Hydrodynamics of
Explosion: Models and Software for Modeling Explosions and Estimation of Their Consequences
Konstantin
Stepanov, Yuri Stankevich, Andrei Smetannikov
223. Numerical
Modeling the Dynamics of Flow at Explosion above a Surface
Andrei
Smetannikov, Yuri Stankevich, Konstantin Stepanov
224. Detonations in Densely Obstructed Channels
Takanobu Ogawa, Vadim Gamezo, Elaine Oran
226. Kinetic Modeling of
Hydrogen-Light Hydrocarbon-Air Mixtures Combustion
Rémy Mével,
Kodjo Coudoro, Gabrielle Dupré, Claude-Etienne Paillard
228. Explosion of Free Hydrogen Jet Release
Andrey Gavrikov, Anton Aleksandrov, Viktor Alekseev, Eugeniy Chernenko, Aleksander Efimenko, Alexei Mayorov, Ivan Matsukov, Nikolay Schepetov,
Sergey Velmakin, Nikolay Zaretskiy
233. Numerical Simulations of Self-Ignition of
Hydrogen in a Pipe by Rupture of Pressure Boundaries
Bok
Jik Lee, Hyoung Jin Lee, In-Seuck Jeung
236. A Study of Combustion Mode Transition
using a New Supersonic Mixer in Dual-Mode Scramjet Engine
Chae-Hyoung Kim,
In-Seuck Jeung, Byungil Choi, Yoshinori Matsubara, Toshinori Kouchi,
Goro Masuya
239. Visualization of Discharged Shock Waves
and Vortex Rings Using the Background Oriented Schlieren
Toshiharu Mizukaki
240. Behaviour of Rods during Striking Interaction
with the Screen Protection of an Explosive Substance
Svetlana Afanasyeva,
Nicolay Belov, Nicolay Yugov
241. Experimental
Investigation of the Influence of Obstacles on Flame Propagation in Propane-Air
Mixtures and Dust-Air Suspensions in a 3.6 m Flame Acceleration Tube
Trygve Skjold, Ivar B. Kalvatn, Gisle A. Enstad, Rolf K. Eckhoff
242. Experimental Study of DDT for Hydrogen-Methane-Air
Mixtures in Tube with Obstacles
R. Porowski, Andrzej Teodorczyk
243. Reduced Chemical
Kinetic Mechanism for Biodiesel Fuel
Hiroyuki Yamada
244. Numerical Simulation of Flame Instability Induced
by an In-Line Pre-Heating Effect
Akter Hossain, Nobuyuki Oshima, Yuji Nakamura, Marie Oshima
245. Study of Dust
Explosion Suppression by Means of Explosion Suppression Systems of Different Volumes
Marian
Gieras, Michail Kalużny, Rudolf Klemens
246. PIV
Measurements of Centrally Ignited Outwardly Propagating Turbulent Premixed
Flames at Reduced and Elevated Pressures
Chien Chia Liu, Steven Shy, Hsing Chung Chen, Ming Wei Peng
247. Modeling of SHS Systems
under Impact and Electro Thermal Explosion
Vassili Gorelski, Ivan Khorev
249. Investigation of Hydrogen-Oxygen
Mixture Combustion in the Flow of Steam
Sergey Alekseenko, Nikolai
Pribaturin, Vladimir Fedorov, Maksim Alekseev, Anatolii Sorokin
250. Transition
of Spontaneously Ignited Hydrogen Release into a Jet Fire
Maxim Bragin,
Vladimir Molkov
251. Competition
between Self-Ignition and Deflagrative Burnout in Hydrogen-Air Mixture Heated
by Reflected Shock Wave
Sergey Medvedev, Gennadii Agafonov, Sergey Khomik, Boris gelfand
252. The Comparison
between Measured and Calculated Temperature at Focusing of Shock Wave in
Hydrogen-Air Mixture
Sergey Medvedev,
Vyacheslav Zhukov, Sergey Khomik, Boris gelfand
257. Observations of Wire Ignition Phenomena at
Excess Electric Current Application in Reduced Gravity
Yasuhiro Kido, Osamu Fujita, Takeshi Kyono,
Hiroyuki Ito, and Yuji Nakamura
261. Thermal Explosion
Characteristics in the presence of an Additional Heat Source
Suraji O. AJADI, Vladimir GOL'DSHTEIN