The lid-driven cavity is an important fluid mechanical system serving as a benchmark for
testing numerical methods and for studying fundamental aspects of incompressible flows in …

The stability characteristics of compressible spanwise-periodic open-cavity flows are
investigated with direct numerical simulation (DNS) and biglobal stability analysis for …

Global stability modes of flows provide significant insight into their dynamics. Direct methods
to obtain these modes are restricted by the daunting sizes and complexity of Jacobians …

The Rossiter modes of an open cavity were studied using bi-global linear analysis, local
instability analysis and nonlinear numerical simulations. Rossiter modes are normally seen …

Common modal decomposition techniques for flow-field analysis, data-driven modelling and
flow control, such as proper orthogonal decomposition and dynamic mode decomposition …

The present work demonstrates the use of a resolvent analysis to obtain physical insights for
open-cavity flows. A resolvent analysis identifies the flow response to harmonic forcing …

We investigated the effects of two-dimensional sharp-edged rectangular bumps on Tollmien–
Schlichting (TS) wave evolution using direct numerical simulation. The bump height …

Flows past cavities at high-speeds have become increasingly important in applications such
as flame-holding and propulsion unstart control. Recently maturated linear techniques have …

Modal global linear instability analysis is performed using, for the first time ever, the lattice
Boltzmann method (LBM) to analyze incompressible flows with two and three …

Global instability analysis of flows is often performed via time-stepping methods, based on
the Arnoldi algorithm. When setting up these methods, several computational parameters …