The bond between the textile reinforcement and the finegrade concrete (cementitious matrix) is essential for the structural behavior of textile reinforced concrete. The analysis of the bond behavior between roving and matrix is important for the development of computational methods analyzing textile reinforced concrete. Therefore, the pullout phenomenon of a roving from a matrix is investigated by analytical methods based on the implementation of various damage models for the interface.
Issue Section:
Technical Papers
Keywords:
concrete,
fibre reinforced composites,
microcracks,
fracture mechanics,
adhesion,
composite material interfaces,
stress-strain relations,
sliding friction
Topics:
Concretes,
Fibers,
Reinforced concrete,
Shear (Mechanics),
Shear stress,
Stress,
Textiles,
Displacement,
Adhesion,
Failure
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