behaviour of the sustainable fiber reinforced concrete

Behavior of Steel FiberReinforced Concrete Slabs under ...

Keywords: dropweight impact; fiberreinforced concrete; impact capacity; impact test; inertia; punching shear; steel fibers. The behavior of reinforced concrete under impact is an area of research that is still not well understood; however, work in this area continues to be motivated by a broad range of applications.

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Applications Fiber Reinforced Concrete Association

The use of fibers in concrete can reduce the total energy consumption of a construction project and will contribute to sustainable building practices. For realworld examples of fiber reinforced concrete applications, see our Project Case Studies.

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An Investigation of the Behaviour of Steel and ...

This study focuses on comparing the behaviour of steel fibre reinforced concrete slabs and polypropylene fibre reinforced concrete slabs. Comparison of the experimental results with theoretical results is also included in this study. Fibre reinforced concrete decreases efficiently the brittleness of concrete, and it improves its characteristics.

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Monitoring the Shear Fatigue Response of Reinforced ...

A series of three reinforced concrete beams without shear reinforcement were tested to failure under a centrespan monotonic load, a centrespan pulsating load, and a stepwisemoving pulsating load. During each experiment, loaddeflection response was continuously monitored and at several stages during the experiment, the load was briefly ...

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Shear Behavior of Steel Fiber Reinforced Concrete Wide ...

Shear Behavior of Steel Fiber Reinforced Concrete Wide Beams wtihout Stirrups Alaa M Morsy 1 * and ElRaki TM 2 1 College of Engineering and Technology, Arab Academy for Science, Technology and Maritime Transport, Egypt 2 Housing and Building National Research Center, Cairo, Egypt

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Mechanical properties of corrosionfree and sustainable ...

title = "Mechanical properties of corrosionfree and sustainable amorphous metallic fiberreinforced concrete", abstract = "This study aims to investigate the compressive and flexural behaviors of amorphous metallic fiberreinforced concrete according to the watercementitious materials ratio (w/cm) and fiber content.

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Experimental study on behavior of fiber reinforced ...

It is observed that % fibers by weight of cement is the optimum dosage. It is found that with % fiber content results in 20% reduction of pavement thickness. Keywords: Fiber reinforced concrete, Mix design, pavement thickness, Polyester fiber, Strength.

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Experimental study on behavior of fiber reinforced ...

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fiber reinforced concrete SlideShare

Jan 29, 2014· Types of fibers Fibers include steel fibers, glass fibers, synthetic fibers and natural fibers – each of which lend varying properties to the concrete. In addition, the character of fiberreinforced concrete changes with varying concretes, fiber materials, geometries, distribution, orientation, and densities.

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Flexural Behavior of FiberReinforcedConcrete Beams ...

Consequently, the flexural stiffness of the beams was significantly reduced and the curves were greatly softened. As expected, due to the linearelastic behavior of the FRP rebars, the FRP reinforced beams showed no yielding. The curves went up almost linearly until the crushing of concrete.

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Flexural behaviour of latex modified steel fiber ...

MERAJ et al.: FLEXURAL BEHAVIOUR OF LATEX MODIFIED STEEL FIBER REINFORCED CONCRETE. 223 the figure that peak load for three types of concrete (PC, LMC and LMSFC) are 30, and kN respectively and ultimate deflection in .

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Physical and mechanical performance of an innovative glass ...

The paper presents the results of a laboratory investigation including physical and mechanical behaviour of a glassfiberreinforced plastic rod. The following tests were conducted: thermal expansion, tension at ambient and high temperatures, compression, flexure, shear, fatigue on bare rods, and pullout of rods embedded in concrete.

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Influence of polypropylene fibers on the flexural behavior ...

Abstract. The behavior of each slab was evaluated in terms of the cracking load, ultimate capacity, initial and yielding stiffness, deflection ductility, and energy ductility. In addition, the steel and concrete strains, crack opening, and mode of failure were measured and monitored. The minimum design load capacities were calculated theoretically...

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What are the Constituents of Fiber Reinforced Polymer (FRP ...

What are the Constituents of Fiber Reinforced Polymer (FRP) Bars? Fiberreinforced polymer (FRP) products are being used predominantly by the aerospace industry. However, the compatibility and performance of FRPs in civil engineering projects have demonstrated great potential.

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Effect of Embedded Length on Bond Behaviour of Steel ...

for 19 mm diameter steel rein forcing bars in MPa, MPa and MPa steel fiber reinforced concrete. The results of the experimentation showed that by increas ing the embedded length, bond strength increased and corre sponding slip decreased.

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Postcracking behaviour of hybrid steel fiber reinforced ...

1b). As a result the ductility enhancement depends mainly on the long fibers (Markovic, 2006). This papers presents research on the mechanical performance (compressive strength, bending behaviour according to RILEM TC162TDF) of both normal and hybrid steel fiber reinforced concrete.

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behaviour of the sustainable fiber reinforced concrete

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