Towards real-time reconstruction of velocity fluctuations in turbulent channel flow

Abstract

We develop an efficient streaming framework to reconstruct turbulent velocity fluctuations from limited measurements with the potential for real-time implementation. This is achieved by introducing techniques to efficiently compute linear estimators and recursively update streaming measurements in the frequency domain. For flow in a minimal channel, the reconstructions capture dominant flow features and have computation times consistent with requirements for real-time experiments.

Topics & Concepts