The objective of this paper is to analytically investigate the influence of core preloading on the strength of jacketed R/C bridge pier sections and abutment. The objective of this task was to collect and review information on the current state-of-the-art for seismically upgrading vulnerable concrete bridge columns. The seismic weakness of such bridges was assessed through local and global response quantities. The retrofitting scheme adopted to enhance the earthquake, in the case study of Railway Bridge the concrete jacketing of all piers and abutments. And steel girder replaced by prestressed concrete girder
2013PDFTech Report49111-23-22Reinforced concrete bridgesCorrosionSeismicityEarthquake resistant stru...
The paper deals with the proposal of a procedure for the seismic retrofit of an existing prestressed...
In the existing reinforced concrete columns where they are insufficient seismic details, critical fa...
In design practice, the assumptions that are used in retrofitting concrete structural elements often...
In Canada and abroad, a significant number of bridges that enable the operation of the transportatio...
The seismic analysis and retrofit of prestressed reinforced concrete bridge is discussed by consider...
SummaryThe seismic analysis and retrofit of prestressed reinforced concrete bridge is discussed by c...
Bridges like other important lifeline structures must remain in service when they are subjected to s...
Due to recent earthquakes and the ensuing damage, there has been some concern regarding the adequacy...
In this paper, the experimental results of four bridge piers retrofitted with externally encased ste...
The seismic behavior of Chinese RC (Reinforced Concrete) bridge piers with insufficient seismic deta...
Reinforced concrete bridge columns built prior to 1971 cannot withstand earthquake forces due to ins...
The seismic demands of bridges subjected to strong earthquakes are mostly concentrated on piers. The...
ABSTRACT This paper presents the experimental investigation on the application of expansive cement m...
Evolution of seismic codes and the average age of the bridges in the world require the evaluation of...
2013PDFTech Report49111-23-22Reinforced concrete bridgesCorrosionSeismicityEarthquake resistant stru...
The paper deals with the proposal of a procedure for the seismic retrofit of an existing prestressed...
In the existing reinforced concrete columns where they are insufficient seismic details, critical fa...
In design practice, the assumptions that are used in retrofitting concrete structural elements often...
In Canada and abroad, a significant number of bridges that enable the operation of the transportatio...
The seismic analysis and retrofit of prestressed reinforced concrete bridge is discussed by consider...
SummaryThe seismic analysis and retrofit of prestressed reinforced concrete bridge is discussed by c...
Bridges like other important lifeline structures must remain in service when they are subjected to s...
Due to recent earthquakes and the ensuing damage, there has been some concern regarding the adequacy...
In this paper, the experimental results of four bridge piers retrofitted with externally encased ste...
The seismic behavior of Chinese RC (Reinforced Concrete) bridge piers with insufficient seismic deta...
Reinforced concrete bridge columns built prior to 1971 cannot withstand earthquake forces due to ins...
The seismic demands of bridges subjected to strong earthquakes are mostly concentrated on piers. The...
ABSTRACT This paper presents the experimental investigation on the application of expansive cement m...
Evolution of seismic codes and the average age of the bridges in the world require the evaluation of...
2013PDFTech Report49111-23-22Reinforced concrete bridgesCorrosionSeismicityEarthquake resistant stru...
The paper deals with the proposal of a procedure for the seismic retrofit of an existing prestressed...
In the existing reinforced concrete columns where they are insufficient seismic details, critical fa...