Resolvent analysis is a powerful tool that can reveal the linear amplification mechanisms
between the forcing inputs and the response outputs about a base flow. These mechanisms …

We present LinStab2D, an easy-to-use linear stability analysis MATLAB tool capable of
handling complex domains, performing temporal and spatial linear stability, and resolvent …

This study is dedicated to achieving efficient active noise control in a supersonic
underexpanded planar jet, utilizing control parameters informed by resolvent analysis. The …

Understanding the receptivity of hypersonic flows to free-stream disturbances is crucial for
predicting laminar to turbulent boundary layer transition. Input-output analysis as a …

This thesis introduces a novel approach to resolvent analysis, a powerful framework for
understanding coherent structures in turbulent flows. Resolvent analysis characterizes input …

We present a recent algorithm, known as RSVD-At, for computing resolvent and harmonic
resolvent modes for large systems. Originally developed for stationary steady-state flows …

We present an extension of the RSVD-\(\Delta t\) algorithm initially developed for resolvent
analysis of statistically stationary flows to handle harmonic resolvent analysis of time …

We aim to reduce the noise emitted by high-speed turbulent jets using recently developed
resolvent-based estimation and control tools. Our approach relies on detecting noise …