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| | Characterization, Modeling and Simulation of Magnetorheological Damper Behavior under Triangular Exc |
 | | The MR fluid used for this analysis, shown in Figure 1, it is mainly a dispersion of iron powder of 99.9% purity, as the soft magnetic material, in a carrier oil, and it was developed at ITESM, Campus Monterrey. |
 | | Once the design is completed, the damper coefficient value was modified by introducing a set of data points, which permits the software, based on an internal function, interpolate the discrete data. |
 | | When the MR damper is under a low magnetic field the suspension system presents a smoother reaction compared with that of the passive suspension and a higher magnetic field. |
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