This study focused on the stabilization of lean premixed flames of n-butane/H 2/air with
swirl/bluff-body. The research explored four different hydrogen fractions (0, 20%, 40%, and …

The output power of a Micro-Thermo-Photovoltaic (MTPV) system strongly depends on the
micro-combustor geometry and the micro-flame stability. In this context, numerous numerical …

This paper focuses on the experimental and numerical investigation of CH 4/air non-
premixed flame stabilized over a swirler burner with radial fuel injectors. The flame operates …

Shock wave focusing was considered to be a potential alternative method to initiate
detonation wave in detonation-based propulsion system. A two-dimensional numerical …

This work presents a numerical study on technically premixed, swirl-stabilised flames in the
PRECCINSTA model combustor. The employed method, BOFFIN-LES, comprises a fully …

Delayed detached eddy simulation (DDES) is accompanied with Stereo-PIV measurements
to study the non-reacting flow field of a non-premixed swirl burner in this paper …

This paper reports an experimental and numerical investigation of a methane-air diffusion
flame stabilized over a swirler coaxial burner. The burner configuration consists of two tubes …

This work investigates numerically a non-premixed swirling flame in a coaxial burner with a
radial fuel injection under lean and rich conditions of mixtures. The swirler is placed in the …

Swirling flows are used in a very wide range of industrial applications. In non-reacting cases,
examples of applications include vortex amplifiers and reactors, heat exchangers, jet pumps …

Detached eddy simulation has become a widely used method in eddy simulations due to its
balance between cost and accuracy. The recently developed subgrid dissipation concept …