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Prof. Ahmed Abdel Fattah Mahmoud Ahmed :: Publications:

Title:
Bond Behavior of Banana Fiber Bars under Three Point Bending Load Test
Authors: Elbhiery,A.M., Ahmed. A. Mahmoud and Magde E. Kassem
Year: 2023
Keywords: Banana Fiber; cohesion; Flexure; Cracking.
Journal: International Journal of Advanced Engineering and Business Sciences IIAEBS
Volume: Not Available
Issue: Not Available
Pages: Not Available
Publisher: Not Available
Local/International: Local
Paper Link:
Full paper Ahmed Abdel Fattah Mahmoud Ahmed_Bond Behaviour of Banana Fiber Bars Under Three Point Bending Load Test..pdf
Supplementary materials Not Available
Abstract:

As a result of tyranny and exceeding the limit with the environment, it may lead to many mistakes and have a response of 1900, a counter-reaction to us from disasters, and this is considered a universal law. If mankind is overwhelmed by this universe, it will be affected by this tyranny. To protect the environment and make it a pure environment, free from impurities and damages. This research is considered a point in the sea in order to reach environmentally friendly materials and re-use natural materials in many industries without the need for industrial materials. The interest in using natural, renewable materials reflects a very positive effect when used in many industrial purposes, including these plant fibers, including banana fiber, as it is one of the renewable elements and is produced from banana tree waste and thus works to reduce the cost of the materials used by it and also contributes to preserving the environment in a way It is essential that some statistics have been included that by the year the use of raw materials used in construction will diminish and the emission of carbon dioxide will double from 1900 million tons to 2700 million tons (146), which leads to a severe impact on the environment and leads to global warming. The bond strength reflected by the experimental program observed the relation between banana fiber bars and concrete using 27 bar of banana fibers that were installed in an attempt to study the scope of its contribution for reinforcing concrete and compare the results with non-reinforced concrete. The results showed that there was a good performance in the bond strength and cohesion between the concrete and banana fiber bars. The bond strength between fiber and concrete increases the over load by 25% compared with the plain concrete.

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