An effective and robust semi-active control scheme using MR damper for mitigating the
earthquake-induced structural responses is proposed in this study. In the first place, a …

The paper presents an optimal fuzzy logic control algorithm for vibration mitigation of
buildings using magneto-rheological (MR) dampers. MR dampers are semi-active devices …

To construct an optimal and reliable fuzzy logic controller (FLC) for magnetorheological
(MR) damper-based structural systems, a reliability-based design optimization (RBDO) …

Magnetorheological dampers are intrinsically nonlinear devices, which make the modeling
and design of a suitable control algorithm an interesting and challenging task. To evaluate …

Many branches of engineering, mathematics, and sciences, have relied on benchmark
problems as a standard means to compare different solution techniques. Since 1996, the …

The design and development of current and future gas turbine engines for aircraft propulsion
have focused on operating the high pressure turbine at increasingly elevated temperatures …

A new two‐stage state feedback control design approach has been developed to monitor
the voltage supplied to magnetorheological (MR) dampers for semi‐active vibration control …

Cable-stayed bridges are lifeline infrastructures. However, due to their design and structural
characteristics, they are sensitive to the vibrations. Thus, vibration control in these structures …

A model reference adaptive control method is proposed to suppress the nonlinear
responses of earthquake‐excited structures with the proposed implementation of …

A reconfigurable fixturing device (RFD) is a computer-controlled reconfigurable bed-of-pins
used for holding a compliant workpiece during manufacturing operations. A new RFD …