Civil Engineering Association
ACI SP-265-15 Structural Concrete Beam Shear - Still a Riddle ? - Printable Version

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ACI SP-265-15 Structural Concrete Beam Shear - Still a Riddle ? - pssst - 11-18-2010

SP-265-15 Structural Concrete Beam Shear - Still a Riddle ?

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Synopsis: The paper reviews the application of classical plasticity theory to shear
failure of structural concrete beams. The resistance of concrete to shearing deforma-
tions is described by the modified Coulomb failure criterion. For beams with shear
reinforcement, this leads to an upper bound solution based on yield lines minimizing
the combined work of yielding stirrups and cracking concrete, the coinciding lower
bound solution corresponding to an inclined compression field (the web-crushing
criterion). For beams without shear reinforcement, the optimal failure mechanism is
a single yield line (straight or hyperbolic) from load to support, the coinciding lower
bound solution corresponding to a compressive strut between the load and support
platens. The predicted failure mechanisms and ultimate loads are compared with
experimental evidence, and it is concluded that the plasticity approach goes a long
way toward solving the riddle of shear failure.

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