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    Behavior of Stud Shear Connectors in Lightweight and Normal-Weight Concrete

    New search for: J. W. Baldwin
    New search for: K. E. Buttry

    The object of this study was to develop an expression to predict the load-slip behavior of stud shear connectors. The pushout test was used to experimentally determine the effects of the properties of the materials and of the dimensions of the studs. The report covers the fabrication and testing of nineteen pushouts with rectangular slabs and six with haunched slabs. The results from thirty-two pushouts tested as part of this study of the behavior of composite bridge stringers by other investigators are included in the analysis. The variables included were: (a) dimensions of the studs, (b) type of concrete (i.e. lightweight or normal-weight), (c) strength of concrete, and (d) geometry of the slab. (Author)

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    Behavior of Stud Shear Connectors in Lightweight and Normal-Weight Concrete

    New search for: J. W. Baldwin
    New search for: K. E. Buttry

    The object of this study was to develop an expression to predict the load-slip behavior of stud shear connectors. The pushout test was used to experimentally determine the effects of the properties of the materials and of the dimensions of the studs. The report covers the fabrication and testing of nineteen pushouts with rectangular slabs and six with haunched slabs. The results from thirty-two pushouts tested as part of this study of the behavior of composite bridge stringers by other investigators are included in the analysis. The variables included were: (a) dimensions of the studs, (b) type of concrete (i.e. lightweight or normal-weight), (c) strength of concrete, and (d) geometry of the slab. (Author)

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    Behavior of Stud Shear Connectors in Lightweight and Normal-Weight Concrete

    New search for: J. W. Baldwin
    New search for: K. E. Buttry

    The object of this study was to develop an expression to predict the load-slip behavior of stud shear connectors. The pushout test was used to experimentally determine the effects of the properties of the materials and of the dimensions of the studs. The report covers the fabrication and testing of nineteen pushouts with rectangular slabs and six with haunched slabs. The results from thirty-two pushouts tested as part of this study of the behavior of composite bridge stringers by other investigators are included in the analysis. The variables included were: (a) dimensions of the studs, (b) type of concrete (i.e. lightweight or normal-weight), (c) strength of concrete, and (d) geometry of the slab. (Author)

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    Title:

    Behavior of Stud Shear Connectors in Lightweight and Normal-Weight Concrete

    Contributors:

    J. W. Baldwin (author) / K. E. Buttry (author)

    Publication date:

    1968

    Size:

    52 pages

    Type of media:

    Report

    Type of material:

    No indication

    Language:

    English

    Keywords:

    Joining , Civil Engineering , Studs , Concrete , Structural parts , Flexible couplings , Beams(Structural) , Steel , Construction materials , Weight , Performance(Engineering) , Predictions , Loading(Mechanics) , Stud shear connectors , Concrete slabs

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