The nanofluids application in a twin-screw electromechanical hydrolyser

Abstract

The analysis of the electromechanical device with nanofluid filling is performed in the work. The principle of operation of this machine is developed theoretically. Mechanical characteristics, spatial representation of heating and distribution density of magnetic induction were obtained by numerical analysis by the finite element method. According to the simulation results, by applying the nanofluid in the device, an increase in the electromagnetic moment is achieved, heat exchange conditions are improved.