How does tensile strength of natural plants fibers affects the durability of rope?
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The tensile strength of natural plant fibers significantly impacts the durability of ropes. Research indicates that fibers like sisal and coir exhibit high potential for various functions due to their resilience against degradation in soil. Conversely, banana fibers are prone to significant degradation under aging and soil conditions, making them less suitable for geotechnical applications. Enhancing the durability of natural fibers, such as jute, can be achieved through unique treatments like alkali-activated binder (AAB) coatings, which improve strength and resistance to different chemicals. The mechanical performance of fibers, like curaua, with high tensile strength and Young’s modulus, directly correlates with the durability and overall strength of the ropes they are used in.
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| Papers (4) | Insight |
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312 Citations | The tensile strength of natural plant fibers, such as jute, sisal, and curaua, influences the durability of ropes due to their mechanical performance and variability in strength. |
10 Citations | The tensile strength of natural plant fibers, such as sisal and coir, influences the durability of ropes. Degradation from UV rays, heat, and moisture affects their mechanical behavior significantly. |
1 Citations | Treating natural jute geotextiles with alkali-activated binder (AAB) enhances tensile strength and durability, making the fibers harder and more resistant to various chemicals, thus improving rope durability. |
Patent 19 Oct 2016 2 Citations | The tensile strength of natural plant fibers enhances the durability of ropes by preventing moisture absorption, maintaining strength in mountain trails, and ensuring buoyancy in aquafarms. |
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