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Experimental study on ultimate strength of stiffened plates subjected to longitudinal tension and transverse compression
AbstractThe ultimate strength of steel plates with longitudinal stiffeners of open or closed cross-section subjected to both longitudinal tension and transverse compression is experimentally investigated in this study. Four stiffened plate specimens on the scale of one-third, corresponding to that of the steel deck plate in an actual Nielsen Lohse bridge, were tested by using an experimental apparatus newly developed for this study. The test results verify a practical design method, which the authors developed for predicting the ultimate strength of stiffened plates subjected to biaxial in-plane forces.
Experimental study on ultimate strength of stiffened plates subjected to longitudinal tension and transverse compression
AbstractThe ultimate strength of steel plates with longitudinal stiffeners of open or closed cross-section subjected to both longitudinal tension and transverse compression is experimentally investigated in this study. Four stiffened plate specimens on the scale of one-third, corresponding to that of the steel deck plate in an actual Nielsen Lohse bridge, were tested by using an experimental apparatus newly developed for this study. The test results verify a practical design method, which the authors developed for predicting the ultimate strength of stiffened plates subjected to biaxial in-plane forces.
Experimental study on ultimate strength of stiffened plates subjected to longitudinal tension and transverse compression
Kitada, Toshiyuki (author) / Nakai, Hiroshi (author) / Furuta, Tomiyasu (author)
Journal of Constructional Steel Research ; 19 ; 203-212
1991-01-01
10 pages
Article (Journal)
Electronic Resource
English
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