Abstract
Current trends in modern construction dictate the need to establish the possibility of developing a mechanical technology for the uniform distribution of fiber fibers in the body of linear fiber-reinforced concrete and fiber-reinforced concrete elements, which would ensure more efficient inclusion of the largest amount of fiber into the element due to its orientation along the tensile stresses acting in the structure. Current trends in modern construction dictate the need to establish the possibility of developing a mechanical technology for the uniform distribution of fiber fibers in the body of linear fiber-reinforced concrete and fiber-reinforced concrete elements, which would ensure more efficient inclusion of the largest amount of fiber into the element due to its orientation along the tensile stresses acting in the structure.
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