Turbulent premixed combustion involves simultaneous and mutually interacting fluid,
chemical, and transport phenomena spanning a wide range of spatial and temporal scales …

In this study, a combined experimental and Large Eddy Simulation (LES) investigation is
performed to identify the vortical structures, their dynamics, and interaction with a turbulent …

Blow-off of swirl flames as well as its mechanism are fundamental issues and attract
continuous attention due to its wide application in modern combustors. This study …

Propagation of a single-reaction wave in a constant-density turbulent flow is studied by
considering reaction rates that depend on the reaction progress variable c in a highly …

A Lagrangian analysis approach is used to examine the effects of heat release on the
dynamics of the enstrophy during highly turbulent premixed combustion. The analysis is …

The volumetric tomography reconstruction technique (VTRT) can calculate and restore the
three-dimensional physical field based on the multi-view projection information of the flame …

Direct numerical simulation data obtained from two statistically stationary, one-dimensional,
planar, weakly turbulent, premixed flames are analyzed in order to examine the influence of …

Direct numerical simulation data obtained from a statistically stationary, 1D, planar, weakly
turbulent, premixed flame, which is associated with the flamelet combustion regime, are …

The second-order structure functions and their components conditioned upon various events
have been analyzed for unweighted and density-weighted velocities using a Direct …

Flame stretch and its related quantities are three-dimensional (3D), while most planar
imaging techniques, widely used in turbulent combustion, can only provide lower …