Keywords: Concrete, GGBS, steel fibres, Compressive strength, UTM, CTMdoi:10.6084/M9.FIGSHARE.1115052.V1Mr. Nikhil A. GadgeProf. S. S. VidhaleNikhil A. Gadge, Vidhale S S 2013 Mix design of fiber reinforced concrete(FRC) using slag and steel fiber IJMER....
The UHPFRC mix differs from conventional concrete material constitutients by UHPFRC, an Advanced technology Cement based Super plasticized concrete with high workability, improved homogeneity resulting increased compressive strength of the material, the research study is conducted to achieve target flexural ...
An experimental study is presented to produce Ultra High Performance Fiber Reinforced Concrete (UHPFRC) including industrial waste in the mix, and determine the average compressive strength. The study includes factor arrangements to perform analysis of variance using ANOVA. The controllable factors were:...
FIBER REINFORCED CONCRETE N Banthia纤维增强混凝土N沈荣熹.pdf,FIBER REINFORCED CONCRETE N. Banthia Synopsis: The usefulness of fiber reinforced concrete (FRC) in various civil engineering applications is indisputable. Fiber reinforced concrete has so far
Mix design of steel fiber reinforced concrete As a relatively new construction material, steel fiber reinforced concrete gradually plays an important role in building construction, frame joints, roof waterproofing, underground waterproofing and other engineering fields. At the same ... E Moreno,MF Canov...
In the first part, the following material properties are addressed: hydration process; permeability; fibers role; mix design; fiber-matrix bond properties workability; mixing procedure; and curing. In the second part, the mechanical properties of the material are discussed, together with some design...
Recently, CZM has experienced considerable advancement in its application. CZM can be applied to simulate the fiber reinforced polymer (FRP)-concrete interface debonding under different loading conditions (e.g. mix-mode)146,147. Utilizing a mode-independent traction-separation law, the shear and peel...
concrete, namely the low slump value (Wang & Li,2005). Cement should be added in greater quantities, aggregate should be reduced, and concrete additives should be used to create this kind of concrete mix and improve the flow ability (Ferrara et al.,2007). On the other hand, adding more...
Using an Artificial Neural Network to Predict Mix Compositions of Steel Fiber-Reinforced Concrete. Arab. J. Sci. Eng. 2015, 40, 407-419.Using an Artificial Neural Network to Predict Mix Compositions of Steel Fiber-Reinforced Concrete[J] . Merve A?ikgen?,Mustafa Ula?,Kür?at Esat Alyama?....
This dosage of silica fume improves the compressive strength of concrete by about 25% relative to concrete mix without silica fume. The addition of steel fibers causes a slight increase in compressive strength of HPC as fiber volume fraction increases, while the compressive strength decreases as ...