Functionalization of Natural-Fiber Using the WSM Methods

Author:

Nirmala Shivram Padmavat1

Affiliation:

1. Nutan Mahavidyalaya Selu, Maharashtra, India.

Abstract

Global environmental concerns and renewable green Next generation due to resource awareness Environmental friendly and biodegradable for composition products A lot of efforts have been made to deliver the goods. This research paper is green from natural fibers and Uniquely exemplifies the use of compounds, Especially chitosan, natural-fiber-rolled Especially chitosan, natural-fiber-rolled The development of chitosan nanocomposites and characteristics. Durability Natural fiber composites are less expensive, have Less weight, more Specific strength, abrasion Absent, equally good engine properties, environmental friendliness and it has many advantages like biodegradability. Research significance: Abaca uses WSM methods, Hemp, sisal, kenaf, and coconut. Abaca, hemp, sisal, kenaf, and Natural fibers like coconut were considered in the present study. Jute Fiber: It is a golden thread Also known as. Compared to other natural fibers These fibers are cheap and Durable. Sisal Fiber: Sisal fibers are made from sisal leaves that can be obtained or extracted. It is also known as Brazilian fiber. Abaca Fiber: this fibrous plant is Also obtained from the stem. Another of these threads The name is Manila Fiber. Methology: The advantage of the WSM method is that It is proportional to raw data is a linear transformation. comparison scale of standardized scores It means that the sequence is equal. This method is WSM's Consider it a change. And other in problem solving It is more efficient than methods. The natural fiber is another solution to the problem WSM method is more efficient than methods. The weighted Sum Model (WSM), WSM is the general approach used, and natural-fiber solutions are used in these methods. To solve individual decision-making problems This technique is used by researchers. Evaluation preference: Diameter (µm), Density (g/cm3), Tensile strength (MPa), Young's Modulus (GPa). Alternative: Abaca, Jute, Sisal, Kenaf, Coconut. Result: As a result, coconut is ranked first while abaca is ranked lower.

Publisher

REST Publisher

Reference25 articles.

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