Obtaining real flow information is important in various fields, but is a difficult issue because
measurement data are usually limited in time and space, and computational results usually …

We investigate the estimation of the turbulent flow around a canonical square cylinder at
based on temporally resolved but spatially sparse velocity data and solving the unsteady …

Particle tracking velocimetry (PTV) is widely used to measure time-resolved, three-
dimensional velocity and pressure fields in fluid dynamics research. Inaccurate localization …

The capability of state-of-the-art techniques integrating experimental and computational fluid
dynamics has been expanding recently. In our previous study, we have developed a hybrid …

The present work investigates the use of a numerical approximation to the Navier–Stokes
equations to increase the temporal resolution of time-resolved PIV data for general flows …

State observer techniques are investigated for the assimilation of three-dimensional velocity
measurements into computational fluid dynamics simulations based on Reynolds-averaged …

We conduct a comprehensive analysis of two data assimilation methods: the first utilizes the
discrete adjoint approach with a correction applied to the production term of the turbulence …

New hybrid simulation technique is proposed for natural convection flows, which combines
experimental measurements of the instantaneous temperature fields with numerical …

In spite of the inherent difficulty, reproducing the exact structure of real flows is a critically
important issue in many fields, such as weather forecasting or feedback flow control. In order …

Data-assimilation capabilities of hybrid-type simulations integrating time-resolved particle
image velocimetry with unsteady computational fluid dynamics (CFD) are characterized, and …