Showing papers on "Magnetorheological fluid published in 1985"
01 Apr 1985
TL;DR: In this article, an attempt was made to simulate the magnetorheological behavior of a suspension of ellipsoidal ferromagnetic particles in a numerical experiment. Accuracy of the calculations used are achieved and illustrated in the paper.
Abstract: This paper is an attempt to simulate the magnetorheological behavior of a suspension of ellipsoidal ferromagnetic particles in a numerical experiment. Accuracy of the calculations used are achieved and illustrated in the paper. It is shown that the relative error in the calculation of the characteristic viscosity does not exceed 5%.
6 citations
01 Apr 1985
TL;DR: In this paper, the statistical theory of the flow of dilute suspensions of magnetic ellipsoidal particles in an external magnetic field was used to analyze micromechanics and structure of magnetorheological suspensions.
Abstract: This paper discusses micromechanics and structure of magnetorheological suspensions. Experimental investigation gives grounds for using the statistical theory of the flow of dilute suspensions of magnetic ellipsoidal particles in an external magnetic field. The basic principles of theory are described. It is observed in the experiments that the effective viscosity of such suspensions is high in comparison with that of the supporting medium; this is due to the dissipation of energy when the liquid flows past the solid phase. On the whole, the authors feel that the agreement of all the experimental and calculated data should be considered satisfactory.
5 citations