The recent advances in centrifugal pump design do not only require a better suction
performance but also there have been attempts to reduce design time at a lower cost. The …

Double-suction centrifugal pumps form an integral part of power plant systems in
maintaining operational stability. However, there has been a common problem of achieving …

In order to study the energy and cavitation performance of a high-ratio axial flow pump, the
SST k-ω turbulence model and ZGB cavitation model were used to numerically calculate the …

The paper deals with the processes that occur when the hydraulic fluid flows in the channels
of the hydraulic block of the brake drive of the open-pit dump truck. The main attention is …

This study employs an incompressible homogeneous flow framework with a transport-
equation-based cavitation model and shear stress transport turbulence model to …

The cavitation is an inevitable factor in pumps used in the whole industry, which is a major
cause of energy loss and mechanical breakdown. In this study, the cavitation phenomena at …

В работе приведен гидродинамический анализ процессов, возникающих при течении
рабочей жидкости в каналах гидравлических блоков гидропривода карьерного …

Most pumping machineries have a problem of obtaining a higher efficiency over a wide
range of operating conditions. To solve that problem, an optimization strategy has been …

Numerical studies on rocket pumps are computationally expensive and hence the
secondary passages such as sidewall clearance gaps, wear ring gaps, axial balancing …

This research analyzes the impeller design performance that has been modified based on
previous impeller designs. The previous impeller design used high engine power …