The paper critically reviews the current state of the art in flow inside sidewall gaps of
hydraulic pumps and turbines. It describes the consequences of the presence of this type of …

A spinning disk reactor is a promising technique of process intensification used in various
chemical engineering processes. The flow behaviour of the thin film on the reactor surface …

This paper proposed a simple theoretical model to characterize the continuous free-surface
film flow on the rotary disk in waste heat recovery process of molten slag by the method of …

Using low-dimensional numerical simulations, we investigate the characteristics of complex
and three-dimensional surface waves in a liquid film flowing over a rotating disk, focusing on …

The steady laminar annular spread of a thin liquid film generated by a circular jet which
impinges perpendicularly in direction of gravity on the centre of a rotating disc is examined …

The thin film flow on the rotary disk atomizer (RDA) remains a popular process intensification
method in various modern applications. The RDA system has been recently adopted to …

The purpose of this study is to establish the temporal stability of two bounded thin films flow
of a viscous fluid inside a permeable inclined channel. Based on the long-wave theory, an …

Unsteady flow of thin Cu-water nanoliquid film over a horizontal rotating disk is studied
numerically using finite difference technique under the assumption of planar interface. It is …

Film flow on spinning disk surface exists extensively in chemical engineering operations,
such as centrifugal graining, molecular distillation and spinning disk reactors. Flow …

This paper presents the evaluation of properties tribocorrosion of the AlxTi1-xN multilayer,
deposited on AISI 316L through the technique of physical vapor deposition magnetron …