Journal
- Journal of the Combustion Society of Japan Vol. 59 No. 187
CONTENTS - Large-eddy Simulations of Combustion Instabilities
Kitano. T. and Kurose, R. - DNS Study on Thermo-Acoustic Modes in a Cuboid Turbulent Swirl Combustor
Shimura, M., Aoki, K. and Tanahashi, M. - Large-Eddy Simulation of High-Frequency Combustion Instability in a Laboratory-Scale Rocket Combustor
Matsuyama, S., Yoshida, S. and Tachibana S. - Bistability and Transitions between Stable Operation and Thermo-Acoustic Instability in a Staged Liquid-Fuel Combustor
Renaud, A., Ducruix, S. and Zimmer, L. - Radial / Tangential Modes of Resonant Oscillatory Combustion in Tubular Flame Burners
Shimokuri, D. and Ishizuka, S. - Particulate Matter (PM): Automobile Exhaust Gas Regulations and the Need for Modeling of PM Generation -Gasoline Direct Injection Engine/Vehicle-
Akihama, K. - Chemistry of the Formation of PAHs and Soot Particles from Combustion (1)
Miyoshi, A. - Development and Validation of the Combustion Simulation Platform for Advanced Industrial Design Process: Progress Report Vol. 1
Combustion Society of Japan, R&D of Combustion Simulation Platform Project Team - Report of 2016 young Researcher Workshop and Women in Combustion Activities
Suzuki, S. and Teraji, A. - Characteristics of PM Formed by Metal Mesh Quenching of Laminar Diffusion Flame with Benzene
Kobayashi, Y., Kawaharazuka, F., Tanaka, S. and Arai, M.
The original papers and society activity notes are available at J-STAGE web site.
https://www.jstage.jst.go.jp/browse/jcombsj
[FEATURE]
- Fundamental Study of Combustion Oscillations -
[SERIAL LECTURE]
- Soot: Science and Technology on Particulate Matter I -
[SOCIETY ACTIVITY NOTE]
[ORIGINAL PAPER]