With the increasing adoption of renewable energy sources globally, hydropower contributes
significantly to energy generation through various schemes ranging from big to small-scale …

Energy consumption around the world is growing at an alarming rate. That brings enormous
pressure on energy production and environmental issues. Nowadays, energy efficiency …

To broaden the efficient operating zone and increase the energy efficiency of a multi-stage
double-suction centrifugal pump, a multi-component and multi-condition optimization design …

Pumps in reverse function are one of the most cost-effective industrial devices to generate
power from small hydropower capacities. Due to the fact that the pump components are not …

Double suction centrifugal pumps find their usage in a variety of applications because of
their ability to deliver good performance at higher flowrates and heads. The main issue with …

As the urgency of the global energy crisis escalates and environmental protection standards
become more stringent, the industrial sector is placing increased emphasis on enhancing …

This review mainly summarizes the latest developments in the internal flow field and
external characteristics of centrifugal pumps. In particular, the latest findings of centrifugal …

Over the years, Computational Fluid Dynamics (CFD) has been an integral part of most
pump design processes. Unfortunately, as calculation schemes and flow investigations …

The world energy consumption is currently growing at an alarming rate to support the
increase of the world economy and population, which has brought a host of environmental …

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 …