Unmanned aerial vehicles (UAV) s have unique requirements that demand engines with
high power-to-weight ratios, fuel efficiency, and reliability. As such, combustion engines …

The difficult challenges facing the designers and engineers of combustion systems are the
flame stability (flame stability map) represented by the limits of flashback and blow-off. In this …

We studied a swirl burner in atmospheric pressure combustion system with different burner
lengths to burner rim diameter ratios (L/D). Three ratios, of L/D 1, 2 and 3, were used to …

Swirl combustors have proven to be effective flame stabilisers over a wide range of
operation conditions thanks to the formation of well-known swirl coherent structures …

Flame flashback phenomena and combustion stability in a swirl burners represent the major
of instability problems that lead to causing a considerable damage to combustion systems …

Flame stability is one of the main challenges facing the different combustion applications. A
lot of undesirable phenomena such as blow-off and flashback may occur according to the …

As decarbonization of combustion systems is critically important, studies focusing on
hydrogen combustion are required and undertaken for various future industrial applications …

Swirl combustors have proven as effective flame stabilisers over a wide range of operation
conditions thanks to the formation of well-known swirl coherent structures. However …

Despite the development in the field of energy usage and the ways to reach it to meet the
needs of human life, the energy is the actual measure of development in any society. The …

Flame flashback is one of the central combustion instabilities, especially when it appears in
the form of boundary layer flashback (BLF) or combustion induced vortex breakdown (CIVB) …