Add to ORKGA simplified model is proposed to show the importance that the dynamic soil-abutment interaction can have in the global behavior of bridges submitted to seismic loading. The modification of natural frequency and damping properties is shown in graphic form for typical short span bridges of the integral deck-abutment type for longitudinal vibrations or general ones for transverse vibrations
The effects of soil-structure interaction on the seismic response of multi-span bridges are investig...
Bridges are important components of the roadway and railway networks, as they must remain operationa...
Bridge designers have adopted simple approximate methods to take into account soil-structure-interac...
A simplified analytical model of a short span bridge is proposed. The inertial interaction effects o...
The soil-structure interaction at bridge abutments may introduce important changes in the dynamic pr...
Strong motion records obtained in instrumented short-span bridges show the importance of the abutmen...
In this article, different frequently adopted modeling aspects of linear and nonlinear dynamic soil-...
This paper presents a coupled numerical modelling of the soil-structure interaction for a multi-span...
This paper describes an original approach to the study of the seismic behaviour of bridge abutments....
The paper focuses on the effects of soil-structure interaction in the seismic response of multi-span...
Integral Abutment Bridges (IABs) are characterized by the absence of bearing supports and expansion ...
Abutment behavior significantly influences the seismic response of certain bridge structures. Specif...
Abutment behavior significantly influences the seismic response of certain bridge Structures. Specif...
At the Bridges Department of Leningrad Institute of Railway Communication Engineers complex investig...
Under seismic conditions a bridge abutment can transfer significant inertial effects to the superstr...
The effects of soil-structure interaction on the seismic response of multi-span bridges are investig...
Bridges are important components of the roadway and railway networks, as they must remain operationa...
Bridge designers have adopted simple approximate methods to take into account soil-structure-interac...
A simplified analytical model of a short span bridge is proposed. The inertial interaction effects o...
The soil-structure interaction at bridge abutments may introduce important changes in the dynamic pr...
Strong motion records obtained in instrumented short-span bridges show the importance of the abutmen...
In this article, different frequently adopted modeling aspects of linear and nonlinear dynamic soil-...
This paper presents a coupled numerical modelling of the soil-structure interaction for a multi-span...
This paper describes an original approach to the study of the seismic behaviour of bridge abutments....
The paper focuses on the effects of soil-structure interaction in the seismic response of multi-span...
Integral Abutment Bridges (IABs) are characterized by the absence of bearing supports and expansion ...
Abutment behavior significantly influences the seismic response of certain bridge structures. Specif...
Abutment behavior significantly influences the seismic response of certain bridge Structures. Specif...
At the Bridges Department of Leningrad Institute of Railway Communication Engineers complex investig...
Under seismic conditions a bridge abutment can transfer significant inertial effects to the superstr...
The effects of soil-structure interaction on the seismic response of multi-span bridges are investig...
Bridges are important components of the roadway and railway networks, as they must remain operationa...
Bridge designers have adopted simple approximate methods to take into account soil-structure-interac...