Mechanical Behavior of Hybrid Fiber Reinforced High Strength Concrete with Graded Fibers

Experimental Study of Polyvinyl Alcohol Nanocomposite Film Reinforced by Cellulose Nanofibers from Agave Cantala

“…The high aspect ratio and crystallinity index were significant in improving the reinforcement of nanocomposites. [21][22][23].…”

Understanding the Effect of Interfacial Interphase on the Elastic Response of Hollow Glass Microsphere Reinforced Microcomposites

“…Based on previous studies, numerous thermosettingbased composite systems have been designed and developed using micro size fillers from metal oxides, carbon-based materials to natural fibers [12,13]. It could be consequently understood that the utilization of glass based reinforcements has been widely reported in the enhancement of mechanical properties of composites [14,15]. Although this body of research reveals the dependence of mechanical and physical behavior thermosetting composites reinforced with fillers, the use of the hollow glass microspheres (HGMSs) as lightweight high stiff reinforcements has been rarely reported in respect of the elastic response of polyesterbased composites filled with HGMS as the reinforcement [16].…”

Performance evaluation of glass fiber reinforced high-performance concrete with silica fume and nano-silica

“…Concrete is mostly frequently used material in construction sector due importance ans special concrete such as self compacting concrete [11][12][13] and glass fiber reinforced concrete [8][9][10][14][15][16] for different applications.A tiny number of short and randomly dispersed fibers, such as steel, glass, synthetic and natural, can overcome cement concrete's brittle failure properties. This type of concrete can be used in situations where concrete has a vulnerability, such as low durability or excessive shrinkage cracking.…”

“…The glass fibre Because of its low weight, reinforced concrete (GFRC) is a relative advancement in the significant innovation area. GFRC has both strong compressive and twisting strength [14][15][16].Fiber-built-up concrete is a relatively new composite material in which the substantial is supported by short, consistently conveyed discrete strands (up to 35 mm long), enhancing many design properties such as flexural and shear qualities, as well as weakness, effect, and temperature and shrinkage breaks.Fibers of 25mm length and spray applications employ fibers up to 35mm in length. Renewed concrete comprises twisted steel bars or high tension wires that are woven into a continuous pattern.High-tension wires for prestressing technology using glass reinforcing have helped overcome concrete's inability to withstand the strain; nonetheless, concrete's compressive strength is excellent.…”