The unwanted vibrations cause the devices to face hazardous effects in many engineering applications. Especially for the aerospace application, micro-vibration can't be suppressed by air damping because of the vacuum, so installing shock absorbers is necessary. Plenty of studies have been proposed about the shock absorber to solve vibration problems of spacecraft structures using smart materials in recent years. MF is one of the smart materials which consists of ferromagnetic nanoparticles, carrier liquid and surfactants . The most outstanding feature of MFs is the combination of common liquid behavior and superparamagnetic property, which not only enables MFs to have a fast magnetic response, but also imparts them with flexible and reversible flow . The good characteristics of MFs make MFSAs possess many advantages, such as controllable damping, compact structure, high sensitivity, less energy consuming and long life, etc. . Therefore, MFSAs are promising candidates for vibration reduction in aerospace application.