FAV in pump sump has been a matter of focus for years for the major effects on the efficiency
of the pump, wasting a lot of energy. In order to explore the mechanism of the dynamic …

Finite-sized polydispersed objects, such as bubbles or droplets, are difficult to track in 3D
using optical methods because of their overlapping images when the image density is large …

It is difficult to track fuel droplets in a swirl spray combustion field due to three-dimensional
(3D) movement and turbulent flame influence. The present work carries out an experimental …

Liquid jet in crossflow (LJCF) has a wide application in the actual engine engineering. This
article presents an experimental investigation of a water jet transversely injected into a …

Computer vision technology has been employed in numerous ocean engineering
experiments to measure motions and shapes of target objects. However, when dealing with …

Three-dimensional (3D) phase maps are used in a digital inline holography system to
measure the coordinates of tiny particles. The phase signature, previously applied to …

The three velocity components in a fluid plane can be measured by applying Digital Image
Plane Holography. This technique is limited by the laser coherence length, which reduces its …

Digital in-line holography is a technique that allows the measurement of the three velocity
components of a three dimensional fluid flow. The application of digital in-line holography in …

In this work, a qualitative and quantitative characterization of the three-dimensional flow in a
lid-driven cylindrical cavity with different optical techniques is presented. Mach–Zehnder …

The present work is an analytical study of the influence of geometrical parameters, such as
length, thickness and immersion of the plate, on the reflection coefficient of a regular wave …