Topics
hysteresisUniversity
Models of hysteresis are employed for simulating control devices in complex structural systems. This chapter is devoted firstly to review the existent literature on passive control system modeling. Subsequently, the exposition is focused on their innovative development represented by the semi-active improvement as one of the most recent solutions in the field of numerical simulation of structural control systems. Some examples of application are finally given
Structural control has been a major research area i n aerospace engineering aimed at solving very ...
Optimisation methods for designing passive and active control mechanisms of buildings under earthqua...
In this work, an active control law for base-isolated buildings is proposed. The crucial idea comes...
Models of hysteresis are employed for simulating control devices in complex structural systems. This...
Phenomenological models are employed into composite structural systems for simulating passive device...
This thesis explores semi-active structural control methods for mitigating damage during seismic ev...
In this chapter, structural control techniques aimed at reducing the vulnerability of existing or ne...
A design strategy for control of buildings experiencing inelastic deformations during seismic respon...
AbstractStructural control for civil structures was born out of a need to provide safer and more eff...
Destructive seismic events continue to demonstrate the importance of mitigating these hazards to bui...
National Science Foundation A number of passive structural vibration reduction technologies (earth- ...
An active control strategy for base-isolated structures is proposed in this work. The key idea comes...
One challenge of modern control technology is how to control a flexible structure with accuracy, spe...
As passive structural control systems begin to see an increased acceptance within the earthquake eng...
A design strategy for control of buildings experiencing inelastic deformations during seismic respon...
Structural control has been a major research area i n aerospace engineering aimed at solving very ...
Optimisation methods for designing passive and active control mechanisms of buildings under earthqua...
In this work, an active control law for base-isolated buildings is proposed. The crucial idea comes...
Models of hysteresis are employed for simulating control devices in complex structural systems. This...
Phenomenological models are employed into composite structural systems for simulating passive device...
This thesis explores semi-active structural control methods for mitigating damage during seismic ev...
In this chapter, structural control techniques aimed at reducing the vulnerability of existing or ne...
A design strategy for control of buildings experiencing inelastic deformations during seismic respon...
AbstractStructural control for civil structures was born out of a need to provide safer and more eff...
Destructive seismic events continue to demonstrate the importance of mitigating these hazards to bui...
National Science Foundation A number of passive structural vibration reduction technologies (earth- ...
An active control strategy for base-isolated structures is proposed in this work. The key idea comes...
One challenge of modern control technology is how to control a flexible structure with accuracy, spe...
As passive structural control systems begin to see an increased acceptance within the earthquake eng...
A design strategy for control of buildings experiencing inelastic deformations during seismic respon...
Structural control has been a major research area i n aerospace engineering aimed at solving very ...
Optimisation methods for designing passive and active control mechanisms of buildings under earthqua...
In this work, an active control law for base-isolated buildings is proposed. The crucial idea comes...
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