A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Effect of high-performance steel on the tension stiffening and cracking behavior of reinforced concrete (RC) tension ties
In construction industry, the application of high-performance reinforcement bar is required strongly. Unfortunately, not nearly enough research has been conducted on high-performance steel in comparison with high strength concrete. This paper describes the effect of high-performance steel as reinforcement steel bar on the tension response and cracking behavior of concrete and fiber-reinforced strain-hardening cement-based composite tension members. High-performance steel is characterized by higher strength in comparison to ASTM A615-06 Grade 60 steel. The tension stiffening effect on high-performance reinforcing bars embedded in cement-based composite prism is investigated experimentally. The variables in the study are types of cement-based composite (conventional concrete, synthetic fiber-reinforced cement composite), yielding strength of steel bars (400MPa and 600MPa), and types of loading (monotonic and repeated tension loading).
Effect of high-performance steel on the tension stiffening and cracking behavior of reinforced concrete (RC) tension ties
In construction industry, the application of high-performance reinforcement bar is required strongly. Unfortunately, not nearly enough research has been conducted on high-performance steel in comparison with high strength concrete. This paper describes the effect of high-performance steel as reinforcement steel bar on the tension response and cracking behavior of concrete and fiber-reinforced strain-hardening cement-based composite tension members. High-performance steel is characterized by higher strength in comparison to ASTM A615-06 Grade 60 steel. The tension stiffening effect on high-performance reinforcing bars embedded in cement-based composite prism is investigated experimentally. The variables in the study are types of cement-based composite (conventional concrete, synthetic fiber-reinforced cement composite), yielding strength of steel bars (400MPa and 600MPa), and types of loading (monotonic and repeated tension loading).
Effect of high-performance steel on the tension stiffening and cracking behavior of reinforced concrete (RC) tension ties
Einfluss eines Hochleistungsstahls auf das Zugversteifungs- und Rissbildungsverhalten zugbeanspruchter Verbindungen armierten Betons
Yun, Hyun-Do (author) / Lee, Young-oh (author) / Ryu, Seung-hyun (author) / Seo, Soo-Yeon (author)
2011
5 Seiten, 6 Bilder, 1 Tabelle, 3 Quellen
Conference paper
English
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