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Shear bond behavior of composite slabs with ultra-lightweight cementitious composite
Journal of Building Engineering, 2021This study investigates the structural behavior and shear bond strength of composite slabs composed of profiled steel deck and ultra-lightweight cementitious composite (ULCC).
K. Sohel, J. Liew, A. Fares
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, 2021
Composite deck slabs have been extensively adopted in construction of buildings, as they lead to lighter, more economical structures and higher execution speed.
Rodrigo Sernizon Costa +5 more
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Composite deck slabs have been extensively adopted in construction of buildings, as they lead to lighter, more economical structures and higher execution speed.
Rodrigo Sernizon Costa +5 more
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SPE Journal, 2011
Summary A Green's function formulation for flow to a well in a reservoir of a composite structure with each internally homogeneous subreservoir arranged contiguously is presented. The formulation is then used to derive source functions. Attention is focused on line and point sources, with a view to consider fractured and horizontal wells.
R.. Raghavan, E.. Ozkan
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Summary A Green's function formulation for flow to a well in a reservoir of a composite structure with each internally homogeneous subreservoir arranged contiguously is presented. The formulation is then used to derive source functions. Attention is focused on line and point sources, with a view to consider fractured and horizontal wells.
R.. Raghavan, E.. Ozkan
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Journal of Structural Engineering, 1992
Most composite‐slab designs in the United States are based on the results of extensive testing programs. These programs result in the development of load tables that structural engineers use for the design of composite slabs. Details of the required test program and subsequent determination of design live loads are presented in the ASCE standard ...
W. Samuel Easterling, Craig S. Young
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Most composite‐slab designs in the United States are based on the results of extensive testing programs. These programs result in the development of load tables that structural engineers use for the design of composite slabs. Details of the required test program and subsequent determination of design live loads are presented in the ASCE standard ...
W. Samuel Easterling, Craig S. Young
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Plastic design of continuous composite slabs
Journal of Constructional Steel Research, 1990Abstract The present regulations for composite slabs contain simplifications for the design of continuous slabs. Plastic analysis is not allowed unless it can be shown that the plastic hinges have sufficient rotation capacity to allow for the redistribution of moments.
Stark, J.W.B., Brekelmans, J.W.P.M.
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Bamboo-concrete Composite Slabs
IABSE Congress Reports, 2012<p>Bamboo is a natural material that is highly sustainable and has very favourable material properties, specifically high longitudinal strength and low density. This paper presents a new concept for the use of bamboo that specifically exploits its high tensile strength.
Guido Morgenthal, Hans-Georg Timmler
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Composite Performance of FRP—Concrete Composite Slabs
Journal of Residuals Science and Technology, 2016In this paper, four FRP-concrete composite slabs and one FRP profile without concrete slabs were tested through two types of shear connectors including FRP perfobond shear connectors and epoxy adhesive under positive and negative loads. For composite specimens under negative loads, flexural buckling failure was observed on the top flanges of FRP ...
Weichen Xue, Shiqian Zhang, Chang Ge
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Progress in Structural Engineering and Materials, 1998
AbstractComposite slabs are now one of the most popular methods of steel frame floor construction in the world. This article describes the history of their development with special reference to the research undertaken to predict their behaviour. The essential nature of the system is that the profiled steel sheeting acts as both a form and reinforcement
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AbstractComposite slabs are now one of the most popular methods of steel frame floor construction in the world. This article describes the history of their development with special reference to the research undertaken to predict their behaviour. The essential nature of the system is that the profiled steel sheeting acts as both a form and reinforcement
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Push-off and Pull-out Bond Behaviour of CRC Composite Slabs – An Experimental Investigation
, 2020Longitudinal shear bond governs the load carrying capacity and performance of profiled steel reinforced composite slabs. Despite testing the load carrying capacity of composite slabs in large-scale size, many researchers have attempted to investigate the
Ou Yi +5 more
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Fire resistance of composite slabs
Journal of Constructional Steel Research, 1995Abstract Composite slabs are slabs in which profiled steel sheeting acts as a permanent formwork and as reinforcement to the concrete placed on top. During fire the sheeting heats up and loses strength. However, tests have shown that due to the heat absorbed by the concrete, the performance is better than that of unprotected steel and that fire ...
Ralph Hamerlinck, Leen Twilt
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