Sep 2026
A novel frequency division control strategy with minimal sensors for commercial vehicle cab suspension using integrated air spring–magnetorheological damper
To address the performance degradation of velocity-dependent semi-active suspension control caused by low-frequency sensor noise and velocity-reconstruction errors, this study develops an integrated magnetorheological damper–air spring (MR–AS) device and a frequency division control (FDC) strategy for commercial vehi...
Dong Li, Fang-Xu Cai, Hui-Xing Wang et al.
· Journal of Vibration and Con... · 0 citations