A new method, herein referred to as optimal mode decomposition (OMD), of finding a linear
model to describe the evolution of a fluid flow is presented. The method estimates the linear …

A low-dimensional Galerkin model is proposed for the flow around a high-lift configuration,
describing natural vortex shedding, the high-frequency actuated flow with increased lift and …

This article presents an experimental study of the turbulent flow past a circular cylinder at
high Reynolds number by means of advanced optical measurements techniques. Following …

The method for computation of stability modes for two‐and three‐dimensional flows is
presented. The method is based on the dynamic mode decomposition of the data resulting …

We present a low-dimensional Galerkin model with state-dependent modes capturing linear
and nonlinear dynamics. Departure point is a direct numerical simulation of the three …

The mitigation of oscillatory vortex shedding behind a cylinder is chosen as a well-
investigated benchmark problem to compare model-based feedback flow control …

Low-dimensional models, allowing quick prediction of fluid behaviour, are key enablers of
closed-loop flow control. Reduction of the model's dimension and inconsistency of high …

Low order Galerkin models were originally introduced as an effective tool for stability
analysis of fixed points and, later, of attractors, in nonlinear distributed systems. An evolving …

The objective of this paper is twofold. One is to explore extensions of the generalized mean-
field empirical Galerkin model, previously developed for wake instabilitiesi to singularly …

This paper deals with the observation of the wake flow behind a bluff body based on
reduced order models. Two Galerkin models with different truncation orders are considered …