This work aims to the definition of the requirements of a new pre-impregnated high-performance material to be 3D printed. The compression molding process was used as a reference for the transformation of the new prepregs to eco-sustainable matrix to be made flush in order to be fused and deposited with a FDM 3D printer. Furthermore, the main characteristics that the matrix must have in order to be used to produce prepreg (viscosity, pot-life, shelf-life, etc.) have been identified and here presented. Finally, a commercial printer has been modified and used for filament test deposition.

FDM 3D Printing of high performance composite materials

Barile G.;Veglio F.;Stornelli V.
2019

Abstract

This work aims to the definition of the requirements of a new pre-impregnated high-performance material to be 3D printed. The compression molding process was used as a reference for the transformation of the new prepregs to eco-sustainable matrix to be made flush in order to be fused and deposited with a FDM 3D printer. Furthermore, the main characteristics that the matrix must have in order to be used to produce prepreg (viscosity, pot-life, shelf-life, etc.) have been identified and here presented. Finally, a commercial printer has been modified and used for filament test deposition.
978-1-7281-0429-4
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11697/166341
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