Join us at the beautiful Keio University Hiyoshi Campus in Yokohama, Japan
December 15, 2025 (23:59 JST)
Abstract submission is done through the registration website.
| Topic | Short Description |
|---|---|
| 1 Fundamental Studies of Detonation and PGC | Basic investigations of detonation physics and pressure-gain combustion. Includes experimental, theoretical, and numerical approaches. |
| 2 Combustion Chemistry in Detonation Propulsion | Studies of chemical kinetics, reaction mechanisms, and combustion processes relevant to detonation-based propulsion. |
| 3 Measurements and Diagnostics | Development and application of diagnostics such as high-speed imaging, laser-based methods, and pressure/temperature measurements. |
| 4 Heat Transfer Problems | Research on wall heat flux, thermal management, and cooling strategies in detonation-based combustors. |
| 5 Combustor Design | Novel combustor configurations and optimization for stability, efficiency, and structural durability. |
| 6 Liquid Propellants | Investigations of liquid fuel injection, atomization, vaporization, and detonation performance. |
| 7 Numerical Modeling for High-Fidelity Simulations | Computational studies of detonation wave dynamics, turbulence–chemistry interactions, and multi-physics simulations. |
| 8 Operability and Performance of Detonation Engines | Studies on thrust, efficiency, stability, and durability of detonation-based engines. Includes experimental demonstrations and numerical modeling. |
| 9 Air-Breathing Operation of Detonation Propulsion | Integration and performance of detonation propulsion in air-breathing modes such as turbine or scramjet systems. |
| 10 Demonstration and Launch Projects | Flight tests and demonstrations of detonation engines, focusing on applications to space and launch systems. |
| 11 General Topics Related to Detonation Propulsion | Other relevant areas not listed above, including new concepts, diagnostics, and interdisciplinary applications. |