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A platform for research: civil engineering, architecture and urbanism
Expansive and mechanical properties of textile reinforced self-stressing concrete
Highlights The expansion behavior of textile reinforced self-stressing concrete is assessed. Co-workability of self-stressing concrete and textiles is evaluated by experiments. TRSSC can highly improve the crack resistance ability of concrete materials. TRSSC is an attractive option for use as structural materials.
Abstract To improve the crack resistance of concrete, textile-reinforced self-stressing concrete was prepared by combining self-stressing concrete and textile. The confinement effect of textile on the concrete matrix allows for the establishment of self-stresses in the matrix, which can highly enhance crack resistance. In this research, expansion deformations of self-stressing concrete under unconfined and confined conditions were measured. Furthermore, co-workability between self-stressing concrete matrix and textile was evaluated through pull-out and compressive experiments. Finally, section analysis method was used to analyze the anti-crack performance and flexural behavior of textile-reinforced self-stressing concrete. The textile and self-stressing concrete are found to work well together, and textile-reinforced self-stressing concrete can largely improve the crack resistance of concrete materials.
Expansive and mechanical properties of textile reinforced self-stressing concrete
Highlights The expansion behavior of textile reinforced self-stressing concrete is assessed. Co-workability of self-stressing concrete and textiles is evaluated by experiments. TRSSC can highly improve the crack resistance ability of concrete materials. TRSSC is an attractive option for use as structural materials.
Abstract To improve the crack resistance of concrete, textile-reinforced self-stressing concrete was prepared by combining self-stressing concrete and textile. The confinement effect of textile on the concrete matrix allows for the establishment of self-stresses in the matrix, which can highly enhance crack resistance. In this research, expansion deformations of self-stressing concrete under unconfined and confined conditions were measured. Furthermore, co-workability between self-stressing concrete matrix and textile was evaluated through pull-out and compressive experiments. Finally, section analysis method was used to analyze the anti-crack performance and flexural behavior of textile-reinforced self-stressing concrete. The textile and self-stressing concrete are found to work well together, and textile-reinforced self-stressing concrete can largely improve the crack resistance of concrete materials.
Expansive and mechanical properties of textile reinforced self-stressing concrete
Wang, Boxin (author) / Man, Teng (author) / Jin, Henan (author)
Construction and Building Materials ; 93 ; 1042-1050
2015-05-02
9 pages
Article (Journal)
Electronic Resource
English
Expansive and mechanical properties of textile reinforced self-stressing concrete
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