In this study, we propose a method to reconstruct pressure fields from planar particle image
velocimetry measurements for laminar flows by employing semi-implicit method for pressure …

A novel state observer-based data-assimilation technique is described and then assessed
with a numerical test case. This novel technique assimilates pressure data through a state …

An overview of the parallel evolution of computations and experiments in fluid dynamics in
the context of turbulent flows is given, viewed from an experimental side. It is evident that …

Targeting a pseudoplastic fluid, we propose a method to simultaneously estimate viscosity
and pressure fields from the velocity field data of particle image velocimetry (PIV). As a two …

A hybrid unsteady compressible computational fluid dynamics simulation (CFD) driven by
pressure-sensitive paint (PSP) data is proposed, and the concept is demonstrated in two …

A key step to improve data-driven reduced-order simulations is to compute a transfer
function that predicts the time evolution of the reduced-order modes accurately. We …

A framework leveraging the governing equations of incompressible flow for the
reconstruction and correction of pressure gradient estimation errors from experimental data …

An Eppler 817 (E817) hydrofoil was studied experimentally using two dimensions two
components Particles Image Velocimetry (PIV) measurements. Both statistical and time …

The proceeding work details contributions to the state-of-the-art of velocimetry-based
experimental fluid mechanics through the application of novel pressure and force estimation …

An experimental study of vortex shedding on a hydrofoil Eppler 817 was conducted using
two-dimensional two components Particle Image Velocimetry. This foil section's …