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An Experimental Study on Structural Behaviors of Innovative Partially Concrete-filled Composite Beam
by
Lee, Yoon-Hee
, Yoon, Myung-Ho
in
Beams (structural)
/ Composite beams
/ Concretes
/ Deflection
/ Moments of inertia
/ Reduction
/ Resists
/ Stress concentration
2014
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Do you wish to request the book?
An Experimental Study on Structural Behaviors of Innovative Partially Concrete-filled Composite Beam
by
Lee, Yoon-Hee
, Yoon, Myung-Ho
in
Beams (structural)
/ Composite beams
/ Concretes
/ Deflection
/ Moments of inertia
/ Reduction
/ Resists
/ Stress concentration
2014
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An Experimental Study on Structural Behaviors of Innovative Partially Concrete-filled Composite Beam
Journal Article
An Experimental Study on Structural Behaviors of Innovative Partially Concrete-filled Composite Beam
2014
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Overview
This study aims at developing the innovative partially concrete-filled composite beam, which can effectively resist the end negative and central positive moment, and also at reducing the deflection of beam. Through case studies on the loading of concentrated and uniformly distributed loads to fixed beam, we could identify the most efficient ratio of the moments of inertia and that of a (end beam length-to-span ratio). The space between the center and end of the beam can be used for the installation of facilities. Consequently, the proposed Omega beam (OMB) system is expected to achieve reduction in story height and quantity of materials used. The test is carried out to investigate the flexural behavior of the composite behavior of the suggested OMB system.
Publisher
International Information Institute
Subject
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