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A platform for research: civil engineering, architecture and urbanism
Evaluacion de la tenacidad en el hormigon proyectado reforzado con fibras polimericas de alto modulo
This article describes the methodology and presents results of a study of the evaluation of the post-cracking performance of shotcrete reinforced with high modulus polymeric fibers using two panel-based tests: the Plate Bending Test of EFNARC, and the Round Determinate Panel Test proposed by Bernard. A plain shotcrete and a steel fiber reinforced shotcrete have also been tested for comparison. The material properties in each case have also been characterized. An evaluation of the two panel tests has been performed considering the requirements of shotcrete applications.
Evaluacion de la tenacidad en el hormigon proyectado reforzado con fibras polimericas de alto modulo
This article describes the methodology and presents results of a study of the evaluation of the post-cracking performance of shotcrete reinforced with high modulus polymeric fibers using two panel-based tests: the Plate Bending Test of EFNARC, and the Round Determinate Panel Test proposed by Bernard. A plain shotcrete and a steel fiber reinforced shotcrete have also been tested for comparison. The material properties in each case have also been characterized. An evaluation of the two panel tests has been performed considering the requirements of shotcrete applications.
Evaluacion de la tenacidad en el hormigon proyectado reforzado con fibras polimericas de alto modulo
Bewertung der Festigkeit von Spritzbeton, verstärkt durch Polymerfasern mit hohem Modul
Toughness evaluation of shotcrete reinforced with high modulus polymeric fibers
Garcia, T. (author) / Agullo, L. (author) / Aguado, A. (author) / Canals, G. (author)
2004
4 Seiten, 6 Bilder, 5 Tabellen, 6 Quellen
Conference paper
Unknown
Análisis experimental del comportamiento mecánico de tubos de hormigón reforzado con fibras híbridas
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