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Author(s)
Since the previous strength prediction models for
the perfobond rib connector were proposed based upon the results of
push-out tests conducted on concretes with compressive strength below 50
MPa, push-out test is performed on perfobond shear connectors applying
ultra high performance concretes with compressive strength higher than
80 MPa to evaluate their shear resistance. The test variables are chosen
to be the diameter and number of dowel holes and, the change in the
shear strength of the perfobond rib connector is examined with respect
to the strength of two types of UHPC: steel fiber-reinforced concrete
with compressive strength of 180 MPa and concrete without steel fiber
with compressive strength of 80 MPa. The test results reveal that higher
concrete strength and larger number of holes increased the shear
strength, and that higher increase rate in the shear strength was
achieved by the dowel action. The comparison with the predictions
obtained by the previous models shows that the experimental results are
close to the values given by the model proposed by Oguejiofor and Hosain
[1].
Cite this paper
Kang, J. , Park, J. , Jung, W. and Keum, M.
(2014) Evaluation of the Shear Strength of Perfobond Rib Connectors in
Ultra High Performance Concrete. Engineering, 6, 989-999. doi: 10.4236/eng.2014.613089.
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