Experimental study on mechanical performance of coconut fiber/polyester panel with aluminium honeycomb

Mohamad, Ahmad Taufiq Baihaqi (2021) Experimental study on mechanical performance of coconut fiber/polyester panel with aluminium honeycomb. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Many industrial sectors nowaday’s demands for recyclable materials, lightweight structures, and easy to obtain in nature. Many research efforts have been studied by various researchers previous experiments in terms of knowledge about natural fiber, sandwich panels, and honeycomb structure. The physical coconut fiber that is salt-water resistant and as shock absorber went fallen from coconut trees. Thus, coconut fiber is an excellent material to reinforced with polyester. The characteristics of sandwich aluminum honeycomb are known as lightweight structures widely used in industrial automotive, naval, and aircraft. This study is about the combination of composite material as sandwich panels with aluminum honeycomb to make experiment on mechanical properties of the specimen. This experiment of coconut fiber polyester panel with aluminum honeycomb sandwich to produces the material is lightweight and durable as industrial requirement.

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