By: Ratnesh Kumar, Shivam Singh, and Deepak Yadav
Abstract
Local sustainable materials must be found and used in the building and provision of homes due to the
rising demand for natural resources in emerging nations. Natural building materials that are regarded
as sustainable are “green”, thousands of tons of bamboo are traded annually, and this creates a lot of
waste. Bamboo was utilized in the building’s construction as well as in structural elements like roofing,
columns, and supports. The main component utilized in building projects is concrete. Concrete’s tensile
strength is modest, but its compressive strength is good. It now participates in the use of natural
materials to make concrete. High tensile strength bamboo fiber is anticipated to play a major role in
rapid development, wide growth distribution, affordable earthquake-resistant building, and seismic
retrofit expertise. After 7, 28, and 90 days of curing, we tested the specimen’s compressive strength,
split tensile strength, and flexural strength by adding concrete at volumetric percentages of 0%, 0.5%,
1.0%, 1.5%, 2.0%, and 2.5%. After that, the outcomes were contrasted with those of regular concrete
and concrete reinforced with bamboo fibers. For concrete with 1.25% fiber content, the slump value
decreased from 110 mm for ordinary concrete to 55 mm. The cement to water ratio will be 0.45.
Therefore, the flexural strength increases as the amount of bamboo fiber increases.
Keywords: Bamboo fiber, mechanical properties, concrete, strength enchanter, performance, fiber
reinforced concrete.
Citation:
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