Abstract High-fidelity Large-Eddy Simulations (LES) are used to study the ignition dynamics
of two fuel/air mixtures with distinct Lewis numbers L e, unveiling the impact of preferential …

Ignition in annular multi-burner combustors is marked by a succession of four phases,
ending with a characteristic flame expansion from burner to burner, often referred to as light …

SAFRAN Helicopter Engines has developed the spinning combustion technology in which
the burnt gases from one injector travel tangentially along the combustor annulus towards …

Accidental explosions are a plausible danger to the chemical process industries. In the
event of a gas explosion, any obstacles placed within the path of the flame generate …

As society evolves towards a green economy to face climate change, the combustion
community is expected to develop new technologies and design low emission combustors …

Successful relight of aero-engine combustors is subjected to certification specifications and
must be ensured under various scenarios which can involve substantially different …

Subgrid-scale flame wrinkling is a key unclosed quantity for premixed turbulent combustion
models in large eddy simulations. Due to the geometrical and multi-scale nature of flame …

SAFRAN Helicopter Engines has recently developed the spinning combustion technology in
which the burnt gases from one injector travel tangentially along the combustor annulus …

In a century defined by climate change and data abundance, combustion is moving towards
new opportunities created by the digital revolution. Large eddy simulations (LES) of full …

The topic regarding the development of 21st century teacher competence has long been
placed as one of the priorities in the global education agenda. Initial teacher education is the …