A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Study on basalt fiber parameters affecting fiber-reinforced mortar
This article considers the effect of different dosages and diameters of basalt fibers on tensile strength increase during bending of fiberboard-reinforced mortar samples. The optimal dosages of fiber, providing maximum strength in bending are revealed. The durability of basalt fiber in an environment of cement, by means of microscopic analysis of samples of fibers and fiberboard-reinforced mortar long-term tests is examined. The article also compares the behavior of basalt fiber in the cement stone environment to a glass one and reveals that the basalt fiber is not subject to destruction.
Study on basalt fiber parameters affecting fiber-reinforced mortar
This article considers the effect of different dosages and diameters of basalt fibers on tensile strength increase during bending of fiberboard-reinforced mortar samples. The optimal dosages of fiber, providing maximum strength in bending are revealed. The durability of basalt fiber in an environment of cement, by means of microscopic analysis of samples of fibers and fiberboard-reinforced mortar long-term tests is examined. The article also compares the behavior of basalt fiber in the cement stone environment to a glass one and reveals that the basalt fiber is not subject to destruction.
Study on basalt fiber parameters affecting fiber-reinforced mortar
Orlov, A.A. (author) / Chernykh, T.N. (author) / Sashina, A.V. (author) / Bogusevich, D.V. (author)
2015
4 Seiten, 3 Quellen
Conference paper
English
Basalt , Zement , Faserplatte , Dauertest , Zerstörung , Zugfestigkeit
FIBER-REINFORCED MORTAR COMPOSITION AND FIBER-REINFORCED MORTAR
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