Steel-concrete bonding phenomenon: a brief review of the phenomenon’s research
DOI:
https://doi.org/10.33064/iycuaa2013584005Keywords:
steel-concrete bonding, reinforced concrete, historic analysis, experiments, numerical modeling, design rulesAbstract
Steel-concrete bonding is an essential phenomenon for Reinforced Concrete structures (RC), because it allows the transfer of efforts between steel bars and concrete, guarantying a homogeneous behavior of the mixed material. The comprehension of this phenomenon has been a long task of research since the beginning of the Reinforced Concrete construction, and a great number of
scientific works has been made in order to include its influence in the RC analysis and designing rules. The aim of this work is to review the research’s evolution of bonding, starting with the concrete’s invention by Roman civilization, passing by the European builder’s rediscovery in the XIXth century, which incorporated the steel reinforcement into the concrete, and continuing with the main research works on bonding (experimental and numerical) developed during the XXth century.
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