Resistance of rectangular concrete-filled tubular sections to the combined axial compression and bending
Author(s) : IN KYU JEONG, SUNG WOONG PARK, YOUNG BONG KWON
Abstract
This paper describes the development of the direct strength method (DSM) for concrete-filled tubular (CFT) sections. A formula for strength interactions of CFT members under combined compression and flexure is proposed and is compared with test results. The comparison confirmed that the formula for axial and flexural strength and that for strength interactions can conservatively predict the resistance of CFT columns to the axial load and combined compression and bending.
No fo Author(s) : 3
Page(s) : 380 - 384
Electronic ISSN : 2372-3971
Volume 2 :
Issue 2
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About Journals
- ISSN No. : 2372-3971
- Editor Chief : Dr. Cristina Gentilini, Alma mater Studiorum - University of Bologna, Italy
- Related Subjects : Corrosion Of Reinforcement In HVFA Concrete, Advanced Construction Materials : Microsilica In Concrete, Oceans as a Non-conventional Source of Energy, Silica Fume Concrete