Abstract This paper presents Quadriwave Lateral Shearing Interferometric Tomography for
reconstructing three-dimensional temperature fields in environments that pose significant …

Using Gerchberg fringe extrapolation as the interferogram preprocessing, we improve the
spatial carrier Fourier transform method (FTM) for measuring temperature field of the thermal …

In this paper, we present a method of quantitatively measuring in real-time the dynamic
temperature field change and visualization of volumetric temperature fields generated by a …

This paper presents a very effective interference technique for the sensing and researching
of compressible fluid flow in a wind tunnel facility. The developed technique is very sensitive …

This paper presents a new robust approach to measuring dynamic phenomena with high
gradients using two-wavelength high-speed interferometry. A multiplexed interferogram with …

Domain patterns in ferroelectric single crystals are physical systems that are fascinating from
a theoretical point of view and essential for many applications. A compact lensless method …

Temperature plays an important role in biomedicine and industrial production. In this study,
we demonstrate a simple and reliable real-time interferometric system based on a single …

The paper deals with optical measurements of transonic flow past a five-blade compressor
blade cascade. The middle blade of this cascade can be set to different incidence angles …

An effective yet simple quantitative synthetic Schlieren imaging technique is presented in
this paper. A multiplexed fringe pattern displayed on a common laptop screen is observed …

This paper presents temperature estimations via two simple CFD simulations of a dynamic
phenomenon in a transparent tank (cylindrical heater rod submerged into water in a glass …