The vast majority of shock wave–boundary-layer interactions in practical applications like
supersonic aircraft intakes are three dimensional in nature. The complex behaviour of such …

Shock/turbulent-boundary-layer interactions (STBLIs) are ubiquitous in high-speed flight and
propulsion applications. Experimental and computational investigations of swept, three …

Multi-camera flow diagnostics have made large gains in recent years in the field of three-
dimensional and multi-physics measurements. However, cost, complexity and optical access …

This work describes the development of a particle tracking velocimetry (PTV) algorithm
designed to improve three-dimensional (3D), three-component velocity field measurements …

This paper introduces a new plenoptic 3D particle tracking velocimetry (3D-PTV) technique
called raw-image ray-bundling (RIRB), which combines the 3D clustering algorithm of light …

This work presents a volumetric calibration method for Scheimpflug plenoptic camera in
particle image velocimetry. To establish a prerequisite foundation for the Scheimpflug light …

A multispectral imaging system, based on a modified plenoptic camera, is presented. By
adding a color filter in the aperture plane of the imaging system, it is possible to …

Volumetric velocity measurement through multi-camera light field particle image velocimetry
(LF-PIV) requires an accurate estimation of the weight coefficient (WC) of three-dimensional …

This work presents theoretical and experimental studies on a binocular Scheimpflug light-
field based PIV. To investigate the effects of key parameters such as magnification, camera …

This research investigated a passive flow control technique to mitigate the adverse effects of
shock wave–boundary layer interaction on a NACA 0012 airfoil. A perforated plate with a …