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The Influence of a Magnetic Field on Skin Effects Lubricated by Magnetic Lubricants

The paper assesses the influence of a magnetic field on skin effects during friction when there are magnetic lubricants. It also determines the main parameters that control friction in a magnetic field. It is established that a magnetic field significantly affects friction processes, which causes a wear rate increase. The authors have found a method to improve the characteristics of friction units operating in lubrication with limited doses of magnetic oil through activating its spreading rate by a magnetic field. It is shown that in an inhomogeneous magnetic field, the concentration of magnetite particles near the friction surface and the abrasive aggregates formed from them increases. The paper assesses the influence of a magnetic field on the energy state of friction surface materials. It establishes that the presence of a magnetic field causes an increase in the concentration of surface-active molecules that chemically interact with a friction surface material, and accelerates their corrosion destruction.