A modern approach to storing of 3D geometry of objects in machine engineering industry

Соколова, Э. А.; Aslanov, Gevork; Sokolov, A A

doi:10.1088/1757-899x/177/1/012036

Cited by 7 publications

(1 citation statement)

References 12 publications

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“…Issues related to the distribution of the magnetic field in an electromagnetic hydrocyclone have been considered by many scientists [1][2][3][5][6][7]. The work by J. Chen shows the experimental data on the change in the magnetic field strength along the radius [8].…”

Section: Methodsmentioning

confidence: 99%

Study and Modeling of the Magnetic Field Distribution in the Fricker Hydrocyclone Cylindrical Part

Avdeev¹,

Dema

Chernyi

2020

Computation

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The magnetic field distribution along the radius and height in the working chamber of a hydrocyclone with a radial magnetic field is studied. One of the most important parameters of magnetic hydrocyclones is the magnetic field distribution along the radius and height of the working chamber. It is necessary for calculating the coagulation forces and the magnetic force affecting the particle or flocculus. The magnetic field strength was calculated through magnetic induction, measured by a teslameter at equal intervals and at different values of the supply DC current. The obtained values for the magnetic field strength are presented in the form of graphs. The field distribution curves produced from the dependences found earlier were constructed. The correlation coefficients were calculated. It was proven that the analyzed dependences could be used in further calculations of coagulation forces and magnetic force, because theoretical and experimental data compared favourably with each other. The distribution along the radius and height in the cylindrical part of the magnetic hydrocyclone was consistent with data published in the scientific literature.

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