Formulation of the problem. One of the major technological challenges is to get fiber-reinforced concrete with a uniform (aggregated) distribution of the fibers in terms of concrete, on which depend significantly on design and performance of the fiber-reinforced concrete. Results. Proposed shuttle technology making fiber-reinforced concrete with aggregate distribution of the fibers, studied the change of its structural properties, developed design recommendations for the evaluation of its strength and deformation characteristics and strain diagram in compression and tension. Conclusions. Experimental studies suggest a positive effect of the proposed technology on the properties and characteristics of fiber-reinforced concrete with aggregate distribution of the fibers. Keywords: fiber concrete with aggregate distribution of the fibers, the strength and deformation characteristics, the strain diagram.

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Keywords: innovation, research, nanomaterials, nanoparticles, advanced development.

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Information about authors of issue №4 (2011)

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