OPTIMIZATION OF HIGH-STRENGTH FIBER CONCRETE

Authors

  • Л. Й. Дворкін
  • Т. В. Ковальчук

DOI:

https://doi.org/10.31713/budres.v0i32.10

Abstract

In the article the complex technological solutions aimed at obtaining high-strength fiber concrete: choose the type of the fiber, its orientation during compaction under the influence of a magnetic field, the establishment of an optimal fiber content and other parameters of fiber-reinforced concrete mixture composition. The problem is solved with the help of experimental and statistical models derived using mathematical planning of experiments. For optimization fiber reinforced concrete composition, the method of "steep climb" are used. Optimization of the mixture provides a fiber concrete with compressive strength 98 MPa and flexural tensile of 8.9 MPa

Published

2017-09-30

Issue

Section

Статті