As one of the research hotspots in the field of pumps, cavitation detection plays an important
role in equipment maintenance and cost-saving. Based on this, this paper analyzes …

In this numerical investigation, the flow behavior, pressure drop, and heat transfer
enhancement for the fluid in a corrugated pipe with varying geometrical configurations …

In this current study, the transient numerical calculations using CFD code are carried out
under different outlet impeller diameters for the flow field within a centrifugal pump under …

Centrifugal pumps play an essential part in engineering systems in the process and power
industries. The performance of a centrifugal pump needs to be maximized due to its …

In this study, the flow structure and effect of different pump rotational speeds on a centrifugal
pump's performance are experimentally and numerically investigated. The internal flow field …

In this study, a numerical investigation for the fluid flow field analysis using different
configuration dimple parameters in conjunction with an internal type insert in pipe is carried …

Detection of cavitation in centrifugal pumps is critical in their condition monitoring. In order to
detect cavitation more accurately and confidently, more advanced signal processing …

Due to interstitial flow and medium heat transfer, canned motor pumps (CMPs) are more
susceptible to cavitation than other pumps. For CMP-driven liquid cooling systems …

Different dimple geometrical configurations with a combination of corrugated tubes and
twisted tape are numerically investigated. Water is used as a working fluid for constant heat …

Cavitation is an essential factor in the deterioration of the hydraulic performance of
centrifugal pumps. The study of cavitation fault diagnosis can help avoid or reduce the …