A study on Shear Strength and Permeability of Sand Reinforced with Bagasse fiber - REVIEW

civil engineering

Several researchers have developed Sand reinforcement methods in order to enhance engineering properties and their Index properties of Sand over the last few decades. The aim of this study was to see how adding randomly oriented bagasse fibers to a loose alluvial fine to medium sand affected its behavior. The effect of fiber inclusion on the shear strength and permeability of reinforced sand is investigated at low, medium, and high strain levels. A soil layer mass that includes randomly distributed discrete components, i.e. fibers, can be described as a principle of reinforced soil with their fiber., i.e. fibers(bagasse fibers'), that contribute to the improvement of the soil matrix's engineering properties and mechanical behavior Permeability and direct shear test conduction with improved fiber (bagasse fiber) percentages of 0.5%, 1% and 1.5%. Comparison of findings from river sand and fibre addition. The use of fibre inclusions to improve the mechanical properties of weak sands is a geotechnical engineering technique that has recently gained popularity.

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