Add to ORKGThe objective of this research is to make the structure of the girder end of bridges more rational and to adopt the high seismic performance bridges. With numerical simulation of inelastic seismic response considering the collision between bridge girder and abutment, the effect of abutments as displacement limiting measure on seismic performance of bridges are presented
The main objective of this study is to compare the structural members capacity between different typ...
Abutment behavior significantly influences the seismic response of certain bridge Structures. Specif...
Abstract: This paper presents an analysis of the displacement amplification factors in seismic desi...
AbstractIn the seismic design specified by Japanese Specifications of Highway Bridges (JSHB), a larg...
Abutments are not only earth-retaining systems as they also participate to the earthquake resisting ...
Report No. CCEER-10-08This report presents the results of a pilot study on the seismic behavior and ...
These Bridges are vital part of the transportation network Department of Civil Engineering. Their de...
Pounding may occur between the main girders under the action of strong earthquakes, so as between ma...
A fully integral bridge that is restrained at both ends by the abutments has been proposed to form a...
Past experience shows that bridge abutments attract a large portion of seismic forces during seismic...
Seat-type bridge abutments are most commonly used to support the end spans of curved highway bridges...
Integral abutment construction has become a popular alternative to conventional bridge construction ...
Under the large forces transmitted by a bridge structure during an earthquake, a bridge abutment may...
Abutment behavior significantly influences the seismic response of certain bridge structures. Specif...
Bridge abutments may experience significant displacements during earthquakes. A two-dimensional mode...
The main objective of this study is to compare the structural members capacity between different typ...
Abutment behavior significantly influences the seismic response of certain bridge Structures. Specif...
Abstract: This paper presents an analysis of the displacement amplification factors in seismic desi...
AbstractIn the seismic design specified by Japanese Specifications of Highway Bridges (JSHB), a larg...
Abutments are not only earth-retaining systems as they also participate to the earthquake resisting ...
Report No. CCEER-10-08This report presents the results of a pilot study on the seismic behavior and ...
These Bridges are vital part of the transportation network Department of Civil Engineering. Their de...
Pounding may occur between the main girders under the action of strong earthquakes, so as between ma...
A fully integral bridge that is restrained at both ends by the abutments has been proposed to form a...
Past experience shows that bridge abutments attract a large portion of seismic forces during seismic...
Seat-type bridge abutments are most commonly used to support the end spans of curved highway bridges...
Integral abutment construction has become a popular alternative to conventional bridge construction ...
Under the large forces transmitted by a bridge structure during an earthquake, a bridge abutment may...
Abutment behavior significantly influences the seismic response of certain bridge structures. Specif...
Bridge abutments may experience significant displacements during earthquakes. A two-dimensional mode...
The main objective of this study is to compare the structural members capacity between different typ...
Abutment behavior significantly influences the seismic response of certain bridge Structures. Specif...
Abstract: This paper presents an analysis of the displacement amplification factors in seismic desi...