A test case for pressure field reconstruction from particle image velocimetry (PIV) and
Lagrangian particle tracking (LPT) has been developed by constructing a simulated …

This paper reports a theoretical analysis and the corresponding numerical and experimental
validation results of the error propagation characteristics of the omnidirectional integration …

A procedure is introduced to obtain an instantaneous pressure field around a wing from time-
resolved particle image velocimetry (TR-PIV) and particle image accelerometry (PIA). The …

An analytical framework for the propagation of velocity errors into PIV-based pressure
calculation is extended. Based on this framework, the optimal spatial resolution and the …

This paper reports for the first time the implementation procedures and validation results for
pressure reconstruction of a planar turbulent flow field within a multiply connected domain …

Pressure-related turbulence statistics in a two-dimensional open cavity shear layer flow was
investigated experimentally at a Reynolds number of 4.0× 10 4 based on a cavity length of …

Reconstructing pressure fields from 2D or 3D velocimetry data involves a pressure gradient
integration procedure. This paper proposes a spectral decomposition-based fast pressure …

PIV measurements have been carried out to study the effect of exhaust plume and nozzle
length on the flow topology and mean pressure distribution of axisymmetric base flows at …

Accurately and efficiently measuring the pressure field is of paramount importance in many
fluid mechanics applications. The pressure gradient field of a fluid flow can be determined …

The feasibility of computing the flow pressure on the basis of PIV velocity data has been
demonstrated abundantly for low-speed conditions. The added complications occurring for …