Add to ORKG2nd International Conference on Behaviour of Steel Structures in Seismic Areas, Kyoto, August 3-8, 199
The effectiveness of energy dissipaters type friction on the reduction of the inelastic seismic resp...
In last decades many strategies for seismic vulnerability mitigation of structures have been studied...
In view of the development of heavy timber seismic-resistant structures, in the context of modern se...
2nd International Conference on Behaviour of Steel Structures in Seismic Areas, Kyoto, August 3-8, ...
AbstractEnergy dissipation systems in civil engineering structures are sought when it comes to remov...
Damping devices based on the operating principle of high velocity fluid flow through orifices have f...
This research examines the performance of a hybrid passive control device for enhancing the seismic ...
Work toward developing a simple method for the aseismic design of structures considering energy diss...
This paper evaluates an alternative seismic design approach for steel structures that concentrates d...
The use of supplemental devices as energy dissipation systems for improved seismic performance of bu...
This paper evaluates an alternative seismic design approach for steel structures that concentrates d...
The hybrid energy dissipation system consisted of tuned liquid damper (TLD) and viscous fluid damper...
Nonlinear dynamic analysis of buildings and infrastructure uses viscous damping models to represent ...
Energy dissipators are a convenient option for earthquake–resistant retrofitting of buildings; when ...
Energy Dissipating Bracing (EDB) system using both Shape Memory Alloy (SMA) and viscous damper (VD) ...
The effectiveness of energy dissipaters type friction on the reduction of the inelastic seismic resp...
In last decades many strategies for seismic vulnerability mitigation of structures have been studied...
In view of the development of heavy timber seismic-resistant structures, in the context of modern se...
2nd International Conference on Behaviour of Steel Structures in Seismic Areas, Kyoto, August 3-8, ...
AbstractEnergy dissipation systems in civil engineering structures are sought when it comes to remov...
Damping devices based on the operating principle of high velocity fluid flow through orifices have f...
This research examines the performance of a hybrid passive control device for enhancing the seismic ...
Work toward developing a simple method for the aseismic design of structures considering energy diss...
This paper evaluates an alternative seismic design approach for steel structures that concentrates d...
The use of supplemental devices as energy dissipation systems for improved seismic performance of bu...
This paper evaluates an alternative seismic design approach for steel structures that concentrates d...
The hybrid energy dissipation system consisted of tuned liquid damper (TLD) and viscous fluid damper...
Nonlinear dynamic analysis of buildings and infrastructure uses viscous damping models to represent ...
Energy dissipators are a convenient option for earthquake–resistant retrofitting of buildings; when ...
Energy Dissipating Bracing (EDB) system using both Shape Memory Alloy (SMA) and viscous damper (VD) ...
The effectiveness of energy dissipaters type friction on the reduction of the inelastic seismic resp...
In last decades many strategies for seismic vulnerability mitigation of structures have been studied...
In view of the development of heavy timber seismic-resistant structures, in the context of modern se...