Investigation on rheology properties of natural fibre composite for fused deposition modeling application

Zahrinnuddin, Mohammad Zaim Haikal (2018) Investigation on rheology properties of natural fibre composite for fused deposition modeling application. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Additive manufacturing (AM) technology have been effectively connected in different applications. Fused deposition modeling (FDM), is the most broadly utilized strategy for manufacturing thermoplastic parts those are for the most part utilized as fast models for practical testing with points of interest of ease, insignificant wastage, and simplicity of material change. Due to the limited mechanical properties of pure thermoplastics, one possible way is by adding reinforced materials such as natural fibre composite (NFC) into plastic materials to form a filament of 3D printer. In this study, propose an evaluation of the mechanical recyclability of ABS, material widely used in the open-source 3D printing context, in order to establish the viability of this NFC material to be used in the open-source 3D printers. This evaluate the degradation material properties and thus allow us to understand the technical requirements and challenges for development of 3D printer filament.

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