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    • Corbel

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    Inputs

    Materials
    f'c (N/mm²)
    fy (N/mm²)
    fys (N/mm²)
       
    Geometry (Units mm)  
    Corbel's Outstand
    Total Height
    Corbel Width (into page)
    Chamfer Required?
       
    Column Width
    Columns Depth (into page)
       
    Width Of Load
    Depth of Load (into page)
       
    Width of Top Node
    Height of Top Node
       
    Width of Key Node
    Height of Key Node
       
    Main Reo Diameter
    Clear Cover
       
    Loading KN
    Ultimate Load
    Service Load

     

    Analysis & REO

    Span/Depth Ratio
    Depth of Model (Truss)
    Depth / Eccentricity Ratio
    Tie Force KN
    Required REO
    Reo Spacing (mm)
    Left Strut Force KN
    Left Strut Angle
    Right Strut Force KN
    Right Strut Angle
    Bottom Strut Force KN
    Left Tie Force (Column) KN

    Preview

     

    Nodes

    Top Right Node - CCT (Node1)
    Width (mm) Top Stress
    Height (mm) Side Stress
    Hypo (mm) Incl. Stress
    Str./Nd. Angle Shear
    Applied (MPa) Allowed MPa
     

    Top Left Node - CTT (Node2)

    (Bound by Bar Radius of )
    Width (mm) Top Stress
    Height (mm) Side Stress
    Hypo (mm) Incl. Stress
    Str./Nd. Angle Shear
    Applied (MPa) Allowed MPa
     

    Key/Bottom Node - CCC (Node3)
       
    Width (mm) Bot Stress
    Height (mm) Side Stress
    Hypo (mm) Incl. Stress
    Str./Nd. Angle Shear
    Applied (MPa) Allowed MPa
     

    Notes: -

    1- RKALC adopts Schlaich Model of Corbel, in which the node at top left of the model (Node2) is bound by the radiused REO Schlaich, Jörg et al. “TOWARD A CONSISTENT DESIGN OF STRUCTURAL CONCRETE.” Pci Journal 32 (1987): 74-150. - We Assume the width of Node 2 = radius of rebar bending which is 5*db

    2- User should design the column for the moments resulting from the corbel loads, in addition to the column loads not accounted for in this application