FIBER REINFORCED CONCRETE EXTRUSION

Ronald F. Zollo

FIBER REINFORCED CONCRETE EXTRUSION

Ronald F. Zollo

Civil, Architectural & Env Engineering

Research output: Chapter in Book/Report/Conference proceeding › Chapter

5 Scopus citations

Abstract

Results of tests involving extrusion of fibrous concrete (FRC) indicate the feasibility of the process. Extrusion through a stationary die proves beneficial to the mechanisms governing material behavior. The results of flexure tests are considered for extruded steel and glass fibrous concrete. The extrusion process caused a reorientation of originally randomly-oriented fibers toward an alignment parallel to the axis of extrusion, which is favorable with respect to flexural strengthening. An asbestos-cement filler provided a matrix strengthened by the addition of both glass and steel fibers. Clay fillers were weaker.

Original language	English
Title of host publication	ASCE J Struct Div
Pages	2573-2583
Number of pages	11
Volume	101
Edition	12
State	Published - Dec 1 1975

ASJC Scopus subject areas

Engineering(all)

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abstract = "Results of tests involving extrusion of fibrous concrete (FRC) indicate the feasibility of the process. Extrusion through a stationary die proves beneficial to the mechanisms governing material behavior. The results of flexure tests are considered for extruded steel and glass fibrous concrete. The extrusion process caused a reorientation of originally randomly-oriented fibers toward an alignment parallel to the axis of extrusion, which is favorable with respect to flexural strengthening. An asbestos-cement filler provided a matrix strengthened by the addition of both glass and steel fibers. Clay fillers were weaker.",

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