Topics of the conference include, but are not limited to:

• Advanced computational methods for reacting flows
• High-performance computing for accelerated simulations
• Data-based combustion modeling
• Laminar and turbulent flame theory and modeling
• Chemical kinetics, mechanism reduction
• Renewable and low-carbon fuels combustion
• Critical phenomena, ignition, extinction
• Turbulent combustion theory and modeling
• Combustion instabilities
• Pollutant formation and mitigation
• Droplet, spray dynamics, and real gas effects in combustion
• Heterogeneous and multi-phase reactions
• Detonation, explosions, supersonic combustion
• Gas turbines, engines, and propulsion applications
• Energy conversion and storage applications
• Multi-scale, multi-physics modeling and simulation
• Fire prediction and modeling
• Combustion AI and digital twins
• Micro-combustion and new combustion technologies
• Plasma-assisted combustion