the compressive strength of the composite deck

In order to evaluate the effects of both compressive strength and tensile strength of concrete on the behavior of SCC bridge deck slab, the PMC composite was carefully designed in order that PMC has smaller concrete compressive strength but larger concrete tensile strength than OC. Structural behaviors ...

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Strength of Shear Studs in Steel Deck on. Composite Beams and Joists. W. SAMUEL EASTERLING, DAVID R. GIBBINGS and THOMAS M. MURRAY. INTRODUCTION. Composite beam or joist and slab systems typically provide the most efficient design alternative in steel frame construction, and indeed it is one of these ...

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Internal ribs between the cores, acting like the flanges of steel beams, add strength. Intrepid, the entry-level composite in the Latitudes lineup offered by Universal Forest Products, comes in four colors and has wood-graining on one side and a subtle brushed texture on the other. Cali Bamboo's BamDeck ...

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5/4 x 6 engineered deck board, flatwise, perpendicular to grain. ASTM D1621. 0.1629 in. 4.138 mm. Maximum load 16,902 lbs (75.18 kN, 7,666.6 kg). Compressive Strength. ASTM D1621. 2,828 lbs/in2. 19,498 kPa or 19,498 kN/m2. Solid cube, 1.5" nominal, AERT composite, perpendicular to grain. Compressive Modulus.

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element, such as a concrete bridge and a steel girder. This composite action results in an increase in strength and stiffness of the bridge girders compared to non-composite action beam. When steel joist and concrete deck floor is subjected to bending, the deck and joist tend to slip due to longitudinal shear ...

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An experiment was conducted using a fiber reinforced polymer composite material for the bridge deck of a low volume bridge. ..... ASTM D 695. Five samples in the longitudinal fiber direction and five samples in the transverse fiber direction will be tested for their ultimate compressive strength and amount of compression.

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The present study investigates the effects of increasing the compressive strength of concrete deck on the deflection at midspan and slip at ends of steel-concrete composite beam. In the present study, four groups of steel concrete composite beam were tested to investigate the effects of variation of concrete ...

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For this purpose, new deck profiles that can have a longer span and better interaction with the concrete slab are investigated. Two new mechanical based methods for predicting composite slab strength and behavior are introduced. They are referred to as the iterative and direct methods. These methods, which accurately ...

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BEHAVIOUR OF COMPOSITE SANDWICH DECKS AT. HIGH TEMPERATURES. María Isabel García Puchades. Master of Civil Engineering. Composite Construction Laboratory. School of Architecture, Civil and Environmental Engineering. EPFL, École Polytechnique Fédéral de Lausanne. Switzerland, 2016 ...

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Shear Strength. ASTM D143. 1761 psi. 360 psi. Modulus of Elasticity. ASTM D4761. 400,000psi. 200,000 psi. Modulus of Rupture. ASTM D4761. 3750 psi. 500 psi. * Ultimate strength values are not meant for design analysis. Design values are for temperatures up to 130F (54C). 2.2 Accessories. A. Fasteners: a.  ...

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can last longer, but hardwood is stronger. (Image: Image by Flickr.com, courtesy of Busy again) (Athena Flickr). is a wood-plastic composite material designed for use in non-structural areas such as railing and decking. Its physical characteristics like weight, density, shear strength and weathering resistance are ...

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The average compressive strength of the concrete may exceed 6000 psi, but a maximum strength of 6000 psi is to be used in calculating the strength of the composite deck-slab. 3. Admixtures containing chloride salts or other substances that are corrosive or otherwise deleterious to the steel deck and embedded items shall ...

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The high values of the compressive strength and specific compressive and tensile strengths perpendicular to the grain (width direction) shown by the ... A life cycle assessment (LCA) of alkaline copper quaternary (ACQ)-treated lumber in comparison to wood plastic composite (WPC) decking shows that the latter has a ...

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MINIMUM COMPRESSION. STRENGTH (psi). 500. 1,000. 1,500. 2,000. 2,500. 3,000. 3,500. Moisture. Shield. . Passport. . Earthwood. Evolutions. . Outdoor. Flooring. . Dock Sider. Terra. . Transcends. Deceuninck. Solstice. COMPETITIVE DECKING BRANDS*. 3,096. Duo.

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A new lightweight, low-profile composite deck system is presented that was fabricated using vacuum-assisted resin transfer molding. The deck in this system is composed of ultrahigh-performance concrete (UHPC) for high compressive strength and durability, carbon-fiber-reinforced polymer (CFRP) for high tensile strength, ...

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essentially free to slip relative to the deck. Pour-stop, or closure angle details, and adjacent spans have a significant influence on inhibiting or preventing the shear bond limit state. 2.0 OBJECTIVE AND SCOPE. The primary objective of this study is to determine the influence of typical field details on the strength of composite ...

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In this paper, a connection between precast beam and precast slabl to be used in decks of precast composite bridges is studied. The difference between this connection and the common connection used...

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A. DIVISION 3 - Concrete [Section 03300] - Roof Deck Surface/Substrate. The coordination of this section is necessary to facilitate the successful installation of the waterproofing membrane. Cast in Place Concrete/Composite Deck. 1. Strength/density: minimum 2,500 psi (17,235 kPa) compressive strength. minimum 115 pcf ...

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... webbed decks are compared with an existing aluminum deck and with a baseline balsa core system, which has previously been tested as part of the development of the composite army bridge for the US Army. The study shows that for one-way bending, the FRP webbed core can exceed the shear strength of the baseline ...

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controls and strength requirements are adequately met by less than fully composite action. 2. When the ribs of the metal deck are perpendicular to the beam, the longitudinal spacing of shear connectors must be compatible with the pitch of the ribs. Quite often it may not be possible to fit in sufficient number of shear.

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members and also serves to significantly stiffen the bridge. The composite action is attained by the use of properly designed stud shear connectors. Prestressed concrete beams are also designed with a composite deck slab, regardless of whether the beams are spread or adjacent. The composite action is ...

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In a composite steel deck, the dissimilar materials in question are steel and concrete. A composite steel deck combines the tensile strength of steel with the compressive strength of concrete to improve design efficiency and reduce the material necessary to cover a given area.

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Abbotsford Hydrapressed Slabs Abbotsford Concrete Products' HydraPressed Slabs are ideal for applications that require durability and strength with the look of elegance. ... StoneDeck combines a thin, natural stone surface featuring compressive strength and durability with a high strength composite backing.

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