A review of the performance parameters of magnetorheological vibration dampers

TitleA review of the performance parameters of magnetorheological vibration dampers.Abstract The development of magnetorheological vibration dampers with the aim of preventing the adverse effects of vibrations has attracted the attention of researchers and industrialists in recent years. From the point of view of physical structure, these dampers are usually divided into three categories: single pipe, double pipe and bilateral, which are used in different shear, pressure, flow and combined modes. Magnetorheological fluids are among smart magnetic materials that exhibit different rheological properties when exposed to a magnetic field compared to the state without the application of a magnetic field, and with the increase in coercivity, the applied magnetic field and the amount of force required to cause deformation in the fluid increases. Magnetorheological vibration dampers are used to reduce vibrations transmitted to car seats, smart brakes in knee prostheses, dampers used in bridges, construction industry and military industries.