The hybrid energy dissipation system consisted of tuned liquid damper (TLD) and viscous fluid damper (VFD) is suggested to control the seismic response of structures for counteracting the deficiency of TLD in controlling the seismic response of the structures at the beginning of the seismic excitation. By the numerical analysis for the seismic response of a steel frame structure with energy dissipation system, the efficiency of reducing vibration is compared between energy dissipation system only with TLD and those with hybrid TLD/VFD. The effect of VFD on the combination energy dissipation system is studied
Department of Civil Engineering, Haldia Institute of Technology, Haldia The performance of Tuned Li...
2nd International Conference on Behaviour of Steel Structures in Seismic Areas, Kyoto, August 3-8, ...
This paper presents analytical and experimental studies on a hybrid control system consisting of an ...
This research examines the performance of a hybrid passive control device for enhancing the seismic ...
A tuned liquid damper (TLD) is a passive vibration control device consisting of a rigid tank filled ...
AbstractEnergy dissipation systems in civil engineering structures are sought when it comes to remov...
This paper discusses the concept of a hybrid damper made from a combination of two dissipative devic...
The paper presents the multi-story structures equipped with a hybrid control system in attempts to i...
A Tuned Liquid Damper belongs to the passive vibration control device family installed on the top of...
Damping devices based on the operating principle of high velocity fluid flow through orifices have f...
Usually, to mitigate the stresses in framed structures, different strategies are used. Among them, b...
Work toward developing a simple method for the aseismic design of structures considering energy diss...
A hybrid re-centering viscous fluid (RCVF) energy dissipative device is proposed and numerically eva...
Passive structural control techniques are generally used as seismic rehabilitation and retrofit meth...
TLD is an efficient control mode of passive dissipative damping of vibration, of which the rule and ...
Department of Civil Engineering, Haldia Institute of Technology, Haldia The performance of Tuned Li...
2nd International Conference on Behaviour of Steel Structures in Seismic Areas, Kyoto, August 3-8, ...
This paper presents analytical and experimental studies on a hybrid control system consisting of an ...
This research examines the performance of a hybrid passive control device for enhancing the seismic ...
A tuned liquid damper (TLD) is a passive vibration control device consisting of a rigid tank filled ...
AbstractEnergy dissipation systems in civil engineering structures are sought when it comes to remov...
This paper discusses the concept of a hybrid damper made from a combination of two dissipative devic...
The paper presents the multi-story structures equipped with a hybrid control system in attempts to i...
A Tuned Liquid Damper belongs to the passive vibration control device family installed on the top of...
Damping devices based on the operating principle of high velocity fluid flow through orifices have f...
Usually, to mitigate the stresses in framed structures, different strategies are used. Among them, b...
Work toward developing a simple method for the aseismic design of structures considering energy diss...
A hybrid re-centering viscous fluid (RCVF) energy dissipative device is proposed and numerically eva...
Passive structural control techniques are generally used as seismic rehabilitation and retrofit meth...
TLD is an efficient control mode of passive dissipative damping of vibration, of which the rule and ...
Department of Civil Engineering, Haldia Institute of Technology, Haldia The performance of Tuned Li...
2nd International Conference on Behaviour of Steel Structures in Seismic Areas, Kyoto, August 3-8, ...
This paper presents analytical and experimental studies on a hybrid control system consisting of an ...