Linear stability analysis is applied to a swirl-stabilized combustor flow with the aim to
understand how the flame shape and associated density field affects the manifestation of …

In the recent literature, a growing number of research papers have been dedicated to
applying the techniques of global stability and sensitivity analysis to the design of flow …

The linear global stability of laminar buoyant jets and plumes is investigated under the low-
Mach-number approximation. For Richardson numbers in the range (plume) regimes. A …

The presence of elongated streaks of high and low streamwise velocity in the shear layer of
circular jets breaks the axisymmetry of their steady-state solution. If the streaks are …

The global stability of laminar axisymmetric low-density jets is investigated in the low Mach
number approximation. The linear modal dynamics is found to be characterised by two …

Laminar separation bubbles on airfoils and low-pressure turbines are generally expected to
be dominated by convective inflectional instability. However, absolute instability is possible …

In low-density axisymmetric jets, the onset of global instability is known to depend on three
control parameters, namely the jet-to-ambient density ratio. This scaling, which is insensitive …

The present study employs a linear global stability analysis to investigate buoyancy-induced
flickering of axisymmetric laminar jet diffusion flames as a hydrodynamic global mode. The …

A theoretical model is established to investigate the instability of a viscoelastic liquid jet with
axisymmetric and non-axisymmetric disturbances, which is moving in a swirling air stream …

The paper investigates the global instability phenomenon in variable-density counter-current
round jets. The analysis is performed using a large eddy simulation and the computations …