The fuzzy approximation of MR damper;

Design of MR damper and study on its real time control;

Intelligent control of parametric vibration of stayed cables with MR dampers induced by simple harmonic support motions;

Study on multdisc rotary magnetorheological damper for recovery machinery;

Research on control of frame structures with magnetorheological dampers;

Application of magnetorheological damper on multi-DIM vibration absorber;

Magnetic circuit optimum design of a magneto-rheological damper based on ANSYS;

Vibration control of bridge with magneto-rheological dampers;

The Semi-Active Control of Machine Tool Vibration Based on Magneto-rheological Dampers;

Magnetic and mechanical performance of magnetorheological fluid damper with different dimension;

Design of the current source of the magnetorheological fluid damper;

A controllable current driver for motorcycle used magnetorheological fluid dampers;

The method for control of flexible beams transverse vibration with semi active stayed cable made up of magneto rheological damper is proposed, and the practicability, practical controlling scheme and its controlling algorithm are discussed.

The vibration control effect for the magneto-rheological fluid dampers(MRFD) was studied based on sliding mode semi-active control method,which is used to control the vibration of offshore platform under random wave loads.

A magneto rheological fluid damper(MRFD) is adopted to control the vibration of offshore platform under random wave loads and its control effect is studied.

The MRFD (Magnetorheological Fluid Damper) is a kind of intelligent dampers which have the characteristics of high-efficiency, rapid-response, and low-energy consummation.