Abstract
Abstract Additive Manufacturing or three dimensional printing refers to a process of building lighter, stronger three dimensional parts, manufactured layer by layers material deposition. Fused deposition modeling is one the additive manufacturing technique involves the use of thermoplastic polymer for creating desired shape. Present work deals with the manufacturing of Carbon fiber reinforced Polylactic Acid composites prepared using fused deposition modeling. Mechanical and thermo-mechanical properties of composites are studied as per ASTM standards and using sophisticated instruments. It is observed that there is enhancement in tensile, flexural, micro hardness, storage modulus and glass transition temperature by 31%, 21%, 66%, 17% and 3oC respectively at15 weight percentage of carbon fiber reinforced composites as compared to pure Polylactic acid samples
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