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• W4288045275 startingPage "105605" @default.
• W4288045275 abstract "Magnetorheological fluid (MRF) is an intelligent multiphase fluid, and its property and morphology are affected by several internal and external forces. To investigate the microscopic behavior of MRF, a combined simulation scheme on the bases of the discrete element method (DEM), the immersed moving boundary (IMB) and the lattice Boltzmann method (LBM) is proposed, the magnetic forces between magnetic particles (MPs) are calculated by an inter-particle magnetic force model (IMFM). After verifying the simulation method by two benchmark tests, a series of MRF with different volume fractions are simulated by this combined method. The simulated results show that the microscopic variation of MPs in MRF can be obviously visualized. The randomly distributed MPs form chained-alignment structures consistent with the magnetic field direction. The results also reveal that the higher magnetic particle volume fraction is easier to form the chained-alignment structures. • A combined discrete multiphase simulation scheme to investigate the microstructure evolution of magnetorheological fluid is proposed in this article. • This scheme on the bases of the discrete element method, combined with lattice Boltzmann method and immersed moving boundary method, and the magnetic forces between magnetic particles are calculated by an inter-particle magnetic force model. • The accuracy of the combined scheme has been confirmed by comparing the results with the simulations of one particle sedimentation and the Drafting–kissing–tumbling problem. • A series of magnetorheological fluid with different volume fractions are simulated by this combined method, some microstructure properties of magnetorheological fluid are obtained." @default.
• W4288045275 created "2022-07-27" @default.
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• W4288045275 date "2022-10-01" @default.
• W4288045275 modified "2023-10-18" @default.
• W4288045275 title "Numerical simulation of magnetorheological fluid with a combined DEM-IMB-LBM scheme" @default.
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• W4288045275 doi "https://doi.org/10.1016/j.compfluid.2022.105605" @default.
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