This paper examines the possible uses and the advantages of seismic isolation at the base of girder bridges. The attention is focused in particular on the feasibility of adopting a system based on the abatement of the horizontal stiffness of foundation piles, as is obtained by using piles partly nonconfined by the surrounding soil. Eight bridges with standard characteristics, representing a sufficiently wide class of girder bridges, were selected. On these structures, subjected to real seismic excitation, a parametric analysis was conducted with the aim of evaluating the optimal characteristics of the isolation and the applicability of the technique
The problem of seismic protection of the bridge for the conditions of Uzbekistan is considered. The ...
Isolation from the ground during a seismic excitation has been one of the challenging subjects for r...
The seismic response of bridges isolated by elastomeric bearings and the sliding system is investiga...
This paper examines the possible uses and the advantages of seismic isolation at the base of girder ...
Base isolation of bridges provides an excellent defense against the damaging effects of earthquakes....
This paper presents an analysis on the effectiveness of rocking seismic isolation of bridges support...
An external restraining system with steel piles is introduced under the main objective of the study,...
Seismic isolation exhibits a breakthrough in contemporary bridge engineering. The principal of isola...
Nowadays base isolation represents one of the most effective solutions for seismic protection of bot...
AbstractIn this study hybrid isolation is proposed as an alternative to (full) seismic isolation for...
From the design stage of a specific structural project, achieving a high level of safety is desired...
The current design of seismically isolated bridges usually combines the use of bearings and stoppers...
Seismic isolation is a commonly used technique for protecting new and existing bridges. It usually c...
In the recent past, numerical and experimental investigations on full-scale isolators have led to ex...
As pointed out in the introduction of Part 1, the isolation strategy can be used to effectively deco...
The problem of seismic protection of the bridge for the conditions of Uzbekistan is considered. The ...
Isolation from the ground during a seismic excitation has been one of the challenging subjects for r...
The seismic response of bridges isolated by elastomeric bearings and the sliding system is investiga...
This paper examines the possible uses and the advantages of seismic isolation at the base of girder ...
Base isolation of bridges provides an excellent defense against the damaging effects of earthquakes....
This paper presents an analysis on the effectiveness of rocking seismic isolation of bridges support...
An external restraining system with steel piles is introduced under the main objective of the study,...
Seismic isolation exhibits a breakthrough in contemporary bridge engineering. The principal of isola...
Nowadays base isolation represents one of the most effective solutions for seismic protection of bot...
AbstractIn this study hybrid isolation is proposed as an alternative to (full) seismic isolation for...
From the design stage of a specific structural project, achieving a high level of safety is desired...
The current design of seismically isolated bridges usually combines the use of bearings and stoppers...
Seismic isolation is a commonly used technique for protecting new and existing bridges. It usually c...
In the recent past, numerical and experimental investigations on full-scale isolators have led to ex...
As pointed out in the introduction of Part 1, the isolation strategy can be used to effectively deco...
The problem of seismic protection of the bridge for the conditions of Uzbekistan is considered. The ...
Isolation from the ground during a seismic excitation has been one of the challenging subjects for r...
The seismic response of bridges isolated by elastomeric bearings and the sliding system is investiga...