Abstract
The calculation of friction power consumption and the performance of nano-magnetic fluids in sealed water turbines have proved to be hurdles in studies on nano-magnetic fluidic device designs and a...
Highlights
As for the largest source of renewable energy in the world, hydropower is the most stable, efficient, and transportable energy form.[1]
The larger the DBsum, the more obvious the nano-magnetic fluid imbalanced rotation will be at that location; the unbalanced torque will be larger, and so will the seal differential pressure; as a result, the sealing capacity will be better, and the reverse is true
The friction power consumption caused by the imbalanced rotation of the nano-magnetic fluid sealing device can be broken down into two parts: the first part is the Newton internal friction power consumption of the carrier liquid; the second part is the desynchrony between the ferromagnetic particles and the carrier liquid under the impact of the external magnetic field
Summary
As for the largest source of renewable energy in the world, hydropower is the most stable, efficient, and transportable energy form.[1]. Keywords Nano-magnetic fluid, imbalanced rotation, sealed water turbine, friction power consumption
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