In this paper, we investigate the accuracy and robustness of three classes of methods for solving two-phase incompressible flows on a staggered grid. Here, the unsteady two-phase …
Simulations of pulverised coal combustion rely on various models, required in order to correctly approximate the flow, chemical reactions, and behaviour of solid particles. These …
The applicability of adjoint-based gradient computation is investigated in the context of interfacial flows. Emphasis is set on the approximation of the transport of a …
A simplified model is introduced to study finite-amplitude thermo-acoustic oscillations in NNN-periodic annular combustion devices. Such oscillations yield undesirable effects and …
The present study focuses on a time-domain approach for investigating the response of laminar premixed flames to acoustic flow perturbations in a straight duct of a uniform …
This study focuses on the Rijke tube problem, which includes features relevant to the modelling of thermoacoustic coupling in reactive flows: a compact acoustic source, an …
This paper presents a novel approach for solving the conservative form of the incompressible two-phase Navier–Stokes equations. In order to overcome the numerical instability …
The present work focuses on the application of two recent developments of the volume-of-fluid method to the computational study of primary atomization: a second...
This paper presents a novel methodology for interface capturing in two-phase flows by combining a Lagrangian–Eulerian Volume-of-Fluid approach with a Level Set method. While the …