Staff Members - Benha University
Flexural Behavior of Steel–concrete–steel Sandwich Slabs
Advances in Research • 2016
Publication Information
Authors
K. M. El-sayed1; N. N. Khalil; T. A. El Backlesh
Keywords
SCS slabs; shear studs; ultimate load behavior and load carrying
Journal
Advances in Research
Publisher
SCIENCEDOMAIN international
Volume
8
Issue
1
Pages
1-13
publication.type
International
Paper Link
Not Available
Supplementary Materials
Not Available
Abstract
Aims: Study the flexural behavior of steel–concrete–steel sandwich slabs.
Methodology: Ten SCS slabs full scale specimens were prepared and experimentally tested
taking into account the variables of this study.
Study Design: Parametric study is carried out by varying the thickness of (bottom & top) steel
plates and types of shear connectors.
Results: The experimental results included ultimate load, vertical deflection at three points, slip
between steel plate & concrete core and mode of failure.
Conclusion: Test results show that steel-concrete-steel slabs have good flexural characteristics.
The failure modes observed during experiments were occurred due to shear studs rupture,
concrete cracking and yielding of steel plates. The shear studs was found to be effective not only in
ultimate load capacity but also in vertical deflection.
Methodology: Ten SCS slabs full scale specimens were prepared and experimentally tested
taking into account the variables of this study.
Study Design: Parametric study is carried out by varying the thickness of (bottom & top) steel
plates and types of shear connectors.
Results: The experimental results included ultimate load, vertical deflection at three points, slip
between steel plate & concrete core and mode of failure.
Conclusion: Test results show that steel-concrete-steel slabs have good flexural characteristics.
The failure modes observed during experiments were occurred due to shear studs rupture,
concrete cracking and yielding of steel plates. The shear studs was found to be effective not only in
ultimate load capacity but also in vertical deflection.