10.25909/5bda50c1b9fc9
Fanqing Xiang
Fanqing
Xiang
Xiaoyun Ji
Xiaoyun
Ji
Huajun Zhou
Huajun
Zhou
Feifan Zhao
Feifan
Zhao
Influence of Different Stiffening Arrangements on the Behaviour of FRP Box Girder Bridge
The University of Adelaide
2018
FEM
FRP
Shear
Shear lag
Finite element method.
displacement
box girder bridge
Civil Engineering not elsewhere classified
2018-11-01 01:02:56
Poster
https://adelaide.figshare.com/articles/poster/Influence_of_Different_Stiffening_Arrangements_on_the_Behaviour_of_FRP_Box_Girder_Bridge/7264553
<div>1. Explore the usefulness of FRP in the box girder bridges to achieve enhanced performance.</div><div>2. To study the contribution of stiffening of different plates in order to minimize the local plate buckling.</div><div>3. To access the overall behaviour of this structural system by using a reliable finite element code (ABAQUS)</div>