On the inviscid energetics of Mack's first mode instability
High-speed boundary layer transition is dominated by the modal, exponential amplification
of the oblique Mack's first mode waves in two-dimensional boundary layers from Mach 1 up …
of the oblique Mack's first mode waves in two-dimensional boundary layers from Mach 1 up …
Physical mechanisms of the linear stabilization of convection by rotation
Despite the well-known limitations of linear stability theory in describing nonlinear and
turbulent flows, it has been found to accurately capture the transitions between certain …
turbulent flows, it has been found to accurately capture the transitions between certain …
Linear non-modal growth of planar perturbations in a layered Couette flow
EG Iliakis, NA Bakas - Fluids, 2021 - mdpi.com
Layered flows that are commonly observed in stratified turbulence are susceptible to the
Taylor–Caulfield Instability. While the modal stability properties of layered shear flows have …
Taylor–Caulfield Instability. While the modal stability properties of layered shear flows have …
Two-dimensional ideal magnetohydrodynamic waves on a rotating sphere under a non-Malkus field: I. Continuous spectrum and its ray-theoretical interpretation
R Nakashima, S Yoshida - Geophysical & Astrophysical Fluid …, 2024 - Taylor & Francis
Two-dimensional ideal incompressible magnetohydrodynamic (MHD) linear waves at the
surface of a rotating sphere are studied as a model to imitate the outermost layer of the …
surface of a rotating sphere are studied as a model to imitate the outermost layer of the …
[PDF][PDF] Linear Non-Modal Growth of Planar Perturbations in a Layered Couette Flow. Fluids 2021, 6, 442
EG Iliakis, NA Bakas - 2021 - academia.edu
Layered flows that are commonly observed in stratified turbulence are susceptible to the
Taylor–Caulfield Instability. While the modal stability properties of layered shear flows have …
Taylor–Caulfield Instability. While the modal stability properties of layered shear flows have …