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Dynamic Behavior of Cable-Stayed Bridge under Moving Vehicle and Train

Park, Yong Myung / Kang, Ji Hoon / Cho, Sung Hun / Kim, Hee Soon

In this study, dynamic behavior of cable-stayed bridge under moving vehicle and train was analyzed. The parameters considered are the main span length of bridge and the existence of intermediate pier at side span. For the parametric analysis, cable-stayed bridges with 400m and 700m main span (with and without the intermediate pier at side span) were selected. From the vehicle/train-bridge interaction analysis, the intermediate pier was found very effective to reduce the dynamic amplification of girder and stay-cables.

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Dynamic Behavior of Cable-Stayed Bridge under Moving Vehicle and Train

Park, Yong Myung / Kang, Ji Hoon / Cho, Sung Hun / Kim, Hee Soon

In this study, dynamic behavior of cable-stayed bridge under moving vehicle and train was analyzed. The parameters considered are the main span length of bridge and the existence of intermediate pier at side span. For the parametric analysis, cable-stayed bridges with 400m and 700m main span (with and without the intermediate pier at side span) were selected. From the vehicle/train-bridge interaction analysis, the intermediate pier was found very effective to reduce the dynamic amplification of girder and stay-cables.

Dynamic Behavior of Cable-Stayed Bridge under Moving Vehicle and Train

Park, Yong Myung / Kang, Ji Hoon / Cho, Sung Hun / Kim, Hee Soon

In this study, dynamic behavior of cable-stayed bridge under moving vehicle and train was analyzed. The parameters considered are the main span length of bridge and the existence of intermediate pier at side span. For the parametric analysis, cable-stayed bridges with 400m and 700m main span (with and without the intermediate pier at side span) were selected. From the vehicle/train-bridge interaction analysis, the intermediate pier was found very effective to reduce the dynamic amplification of girder and stay-cables.

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Title:

Dynamic Behavior of Cable-Stayed Bridge under Moving Vehicle and Train

Contributors:

Park, Yong Myung / Kang, Ji Hoon / Cho, Sung Hun / Kim, Hee Soon

Published in:

Advanced Materials Research ; 1065-1069 ; 870-874

Publication date:

2014-12-11

Size:

5 pages

ISSN:

1662-8985 , 1022-6680

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.1065-1069.870

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Cable-Stayed Bridge , Vehicle-Bridge Interaction , Dynamic Behavior , Main Span Length , Intermediate Pier

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