The quest for innovative design of reinforced-concrete to make it more durable, flexible, and
sustainable has brought a transition from traditional methods of lap splicing to the use of …

This paper presents a detailed finite element modeling scheme to simulate the cyclic
response of RC columns considering low-cycle fatigue and bond-slip of reinforcement. The …

Steel and precast columns are commonly designed to transfer moment loads to concrete
foundations through cast-in-place headed anchors. In design office practice in the United …

The adoption of inclined columns results in inclined beam-column joints (BCJs). Although
the behavior of regular BCJs have been widely investigated, researches on the cyclic …

Steel and precast columns are commonly designed to transfer moments to foundations
through cast-in-place headed anchors. The concrete breakout failure mode is not routinely …

Recent studies have shown that the strength of column-foundation connections carrying
moment can be limited by the concrete breakout failure mode. Distributed shear …

Post-installed rebar systems provide a versatile way for concrete-to-concrete connections
and are used extensively in the building of new concrete structures and also the seismic …

ABSTRACT The use of Public-Private Partnership (PPP) and Land Value Capture (LVC) as
a procurement model to deliver Urban Rail Transit (URT) systems and networks has …

Bond of reinforcement has a major influence on the behavior of reinforced concrete (RC)
structures. Even though bond has been extensively studied over the past decades, there are …