Research Results
Axis I - Internal Combustion Engines, Gas Turbines and Gasification
Coupled phenomena between chemical kinetics and fluid dynamics for internal combustion engines, gas turbines and gasification.
• 1 Combustion in oxygen-enriched air.
• 2 Hydrogen-assisted combustion.
• 3 Biofuels.
• 4 Control and optimization of internal combustion engines.
Coupled phenomena between chemical kinetics and fluid dynamics for internal combustion engines, gas turbines and gasification.
• 1 Combustion in oxygen-enriched air.
• 2 Hydrogen-assisted combustion.
• 3 Biofuels.
• 4 Control and optimization of internal combustion engines.
Axis II – Space Propulsion
Coupled phenomena between chemical kinetics and fluid dynamics for aerospace propulsion.
• 1 Moderate and high speed flow control.
• 2 Chemical space propulsion.
• 3 Energetic materials.
Coupled phenomena between chemical kinetics and fluid dynamics for aerospace propulsion.
• 1 Moderate and high speed flow control.
• 2 Chemical space propulsion.
• 3 Energetic materials.
Axis III – Chemical Explosion Mitigation and Industrial Site Safety
Coupled phenomena between chemical kinetics and fluid dynamics relevant for chemical explosion mitigation and industrial site safety.
Coupled phenomena between chemical kinetics and fluid dynamics relevant for chemical explosion mitigation and industrial site safety.