Micro scale method for calibrating dynamic yield variability of magnetorheological fluid
A magnetorheological fluid and variability technology, applied in the fields of engineering technology and material science, can solve the problems of lack of random fluctuation revealing, unable to reflect the physical nature of dispersed suspension, etc.
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[0020] The present invention will be further described below in conjunction with the embodiments shown in the accompanying drawings.
[0021] 1. Equation of motion of suspended particles under multi-field coupling
[0022] The movement of particle i suspended in magnetorheological fluid is controlled by the following Langevin equation:
[0023] m ‾ ∂ 2 r i ∂ t 2 = F h ( v i ) + Σ j ≠ i F d ( r ij ) + Σ j ≠ i ...
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