and Ramaswamy, A., Mechanical Properties of Steel
Fiber-Reinforced Concrete, Journal of Materials in Civil Engineering, 19(5), 2007, pp.
Several architectural construction projects are creating high demand for carbon
fiber-reinforced concrete, for example - repairing aging bridges and buildings.
Minnesota Department of Transportation researchers last June began a four-year study of the
fiber-reinforced concrete technology at the state's MnROAD testing facility near Albertville, and are now planning to try it for the first time on a MnDOT project.
thick, steel
fiber-reinforced concrete, placed and finished in under 1.5 days, at the GM Arlington Assembly Plant.
A large number of studies have been conducted to study the performance and advantages of
fiber-reinforced concrete in the last several decades.
Standard Specification for Steel Fibers for
Fiber-reinforced Concrete. West Conshohocken, PA: ASTM.
The behaviour of rubberized steel
fiber-reinforced concrete was investigated by Liu et al.
Analytical model for predicting response and flexure-shear resistance of composite beams combining reinforced ultrahigh performance
fiber-reinforced concrete and reinforced concrete, Journal of Structural Engineering 140(6): 04014012-1-04014012-10.
The fibers are bonded to the material to produce a
fiber-reinforced concrete that can withstand considerable stresses during the postcracking stage.
The impact of rheology on the mechanical performance of steel
fiber-reinforced concrete. In HPFRCC 6 (Parra-Montesinos, G.