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To obtain the magnetorheological clutch with excellent transmission properties, and decrease the influence of structural parameters on magnetic flux density in working gap, the magnetic circuit of clutch is designed and three-dimensional finite element method is used to analyzed the magnetic field of clutch, spatial distribution of magnetic flux density is obtained and the influence rules of spatial...
To obtain the transmission characteristics of a magnetorheological clutch, the torque transmission model of the clutch is deduced based on the Bingham model considering the uniformity of magnetic flux density in the working gap, the distribution of magnetic flux density is analyzed by the magnetic circuit finite element method, the influence rules of structural factors on magnetic flux density are...
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