Nowadays, vibration control of structures is considered as a challenging field among
scientists and engineers. Structural damage and financial losses due to recent earthquakes …

In recent years, vibration control of structures subjected to the wind, earthquakes and traffic
loads has been broadly studied. Based on this, different types of dampers and control …

A semi active control algorithm, using MR dampers, is developed for reduction of responses
of offshore jacket platforms induced by earthquake ground motions and the responses are …

In recent years, the semi-active control of structural vibrations has interested several
researchers. It has been demonstrated that semi-active control strategies are economical …

Optimum semi-active control with a limited number of magneto-rheological (MR) dampers
and measurement sensors has certain requirements. Most important of them is the accurate …

With the continuous development of hydropower stations, the capacities and the heads of
hydro generator units are increasing, and the plant vibration problem is becoming more and …

In control systems where sensors and receivers of sensor recorded data are used, there is a
possibility of time delay in transferring recorded data of structural motion, which is a factor to …

A new control algorithm called Velocity tracking control (VTC) has been developed for semi
active and hybrid control of RC building frame using magneto-rheological (MR) dampers. In …

A new control algorithm called velocity tracking control (VTC) is presented for the semi-
active control of partially observed building frames using magneto-rheological (MR) …

In this paper, the consequences of well-known characteristics of near-fault ground motions,
forward directivity and fling step, on the seismic response control is investigated. An …