Instantaneous velocity of multiphase flow is an important parameter in scientific and
industrial applications such as fluid mechanics modeling and flow measurement and …

The technological development in measuring devices is massive due to the need for
accurate flow measurements in various industries. However, the problem is choice of the …

As a highly complex and random process, oil-gas-water three-phase flow is commonly
encountered in petroleum production and transportation. Flow velocity of each individual …

Oil–water two-phase flow experiments were conducted in a vertical pipe to study the liquid–
liquid flow measurement using a non-invasive ultrasound Doppler flow sensor and a gamma …

An integrated computational fluid dynamics (CFD)-kinetic model framework was developed
to numerically describe the hydrodynamic and kinetic phenomena in a liquid-solid two …

Slug flow is one of the most common flow patterns in horizontal gas-liquid two-phase flow.
Structure detection of slug flow is of great significance for understanding the heat and mass …

The types of pipeline used in oil and gas stations is diverse, and it is difficult to
comprehensively and accurately measure pipeline stress using a single detection method …

The rheological properties of fluid systems govern the efficiency and quality of a production
process. For certain materials, ie non-Newtonian fluids, The change in shear rate leads to …

Three-phase material imaging such as oil, gas and water is a critical problem in many
processes. Monitoring and separation of each phase before corresponding process can be …

Electrical tomography (ET) and ultrasonic tomography (UT) techniques are effective and
promising super-sensing tools with uses in many industrial process applications. They can …