With the broader use of ferrofluid in industry and the sciences, ferrofluid research has
produced many new branches. To obtain systematic analytical results and to help …

Over the last few decades the insulating performance of transformer oils has been broadly
studied under the point of view of nanotechnology, which tries to improve the insulating and …

Three different design parameters of magnetic fluid seal are optimized for the maximum
pressure differential capacity of the seal. The program finite element method magnetics …

The safe operation of power transformers is related to their internal temperatures, which
increase due to the heat generated in their active part. The core is subjected to hysteresis …

The assessment of a TiO2 vegetal-based dielectric nanofluid has been carried out, and its
characteristics and behavior have been tested and compared with a previously tested …

In this work, the safe working limits of a 10 kVA dry-type transformer with H-class insulation
are determined by modeling its thermal response in different scenarios using numerical …

Abstract A large radial clearance (0.7 mm) static and dynamic magnetic fluid seal is
designed and its performance is tested. The radial clearance of 0.7 mm is quite higher than …

The temperature distribution performance of prototype transformer has been evaluated for
varying loads. A 3 KVA single phase transformer is prototyped for this purpose and …

This article investigates an advanced thermal management method adopting ferrofluid (FF)
for improving the end-winding cooling of permanent magnet (PM) machines. An oil-based …

The thermal convection in a cylindrical container heated by a solenoid and cooled with an
oil-based ferrofluid is numerically studied. The temperature and the velocity fields are …