Effect of fused filament fabrication process variables on mechanical behavior of flax

Azman, Muhammad Kamal (2019) Effect of fused filament fabrication process variables on mechanical behavior of flax. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Fused filament fabrication is the most demanding technique in additive manufacturing which is the process that successive layer of material are deposited in CAD to create 3D product. The issue of using fused filament fabrication process in additive manufacturing application are the available of material to fabricate part is limited. Moreover the only propose to fabricate the part using fused filament fabrication is only for prototype or demonstration. This is due to the strangh of the material use in FFF process. Therefore this research describe the effect of fused filament fabrication process variables on mechanism behaviour of Flax composite. Nowdays researchers out there focus on developing material that available for fused filament fabrication process. Most of them make a research on material like metal composites, ceramic and polymer. This research is going to carried out another material composite that can be use as material to fabricate part using fused filament fabrication which is Flax composite. In addition, this research also plan to optimizing the process in order to make an improvement in mechanical properties of this Flax composite.

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