Nanofluid flow is considered one of the most important solutions for improving heat transfer
systems. In this study, an isotherm heat transfer system has been designed and built in order …

This paper reviews the current state of researches on improvement of Clean-In-Place (CIP)
procedures in closed processing system thus saving energy, with a special attention paid to …

This paper constitutes a preliminary study of the two-phase flow in a Gas–Liquid Cylindrical
Cyclone (GLCC© 1) separator. A GLCC consists in a vertical pipe with a downward inclined …

The effect of pump impeller modification by a new approach, pump impeller shroud trimming
(PIST), on the flow field and pump performance is examined both numerically and …

Hydropower systems can provide a considerable proportion of sustainable and clean
energy. In the present study, the performance of a drag-based vertical axis in-pipe turbine is …

Decaying swirling flow is widely utilized in multiphase flow devices for separation,
stabilization and heat transfer enhancement. In this paper, based on the image processing …

Due to the importance of predicting the SIDR1 associated with engineering problems such
as combustion chambers, draft tube of the Francis and Kaplan turbines, heat exchanger …

A complete knowledge of the decay in the gas–liquid two-phase swirling flow is of significant
importance for the study on the flow patterns. The decay of the swirl has long been …

A novel reactor technology for steam cracking reactors, called Swirl Flow Tube (SFT), has
been evaluated experimentally and computationally. A comprehensive experimental dataset …

Annular flow with swirl induced by a swirler has been widely used in industry. Swirl decay
which closely related to working performance and length of the flow is significantly important …