The computational fluid dynamics (CFD) method has been widely adopted and accepted in
the nuclear reactor safety analysis in the recent years. Especially, the application of …

This paper presents an extensive review of the kinetics, hydrodynamics, mass transfer, heat
transfer and mathematical as well as computational fluid dynamics (CFD) modeling of Low …

Crystallization is an important part of many chemical industries. Efforts are being invested to
improve the performance of the crystallization process by designing novel crystallizers. An …

The vast hydrocarbon resources (oil, gas, and gas hydrate) in deepwater areas are
considered one of the most significant resources of the future. However, the dangerous flow …

Experiments are performed to record data of single drop breakup events in turbulent flow
(stirred tank conditions) for improved understanding of the breakup phenomena. Different …

A new topological model on how gas hydrates form, grow, and agglomerate for oil and water
continuous flow, with and without surfactant additives, is presented. A multiscale approach is …

Stirred tanks are the common unit operations employed for liquid–liquid dispersion in many
industries. In this study, computational fluid dynamic (CFD) coupled with population balance …

The constitutive equations proposed in the literature for describing the fluid particle (ie,
bubble and drop) breakage and coalescence phenomena created by turbulence …

The models for fluid particle breakage and coalescence due to turbulence are generally
limited to the inertial subrange of isotropic turbulence and infinite Reynolds numbers. A …

In the engineering field, emulsions and liquid-liquid two-phase flows within centrifugal
pumps are generally unwanted as emulsions will have negative effects on pump operation …