Breaking material symmetry to control mechanical performance in 3D printed objects
L Hedjazi, S Belhabib, A d'Orlando, S Guessasma - Symmetry, 2022 - mdpi.com
Additive manufacturing is a modern manufacturing technology allowing the material
structuring at a fine scale. This structuring affects the performance of printed parts. In this
study, the quantification of the material arrangement in 3D printed ceramic on the
mechanical performance is tackled. The experimental layout considers two main printing
parameters, namely, part orientation and printing angle, where 12 different printing
configurations are studied. These configurations differ in terms of filament arrangement in …
structuring at a fine scale. This structuring affects the performance of printed parts. In this
study, the quantification of the material arrangement in 3D printed ceramic on the
mechanical performance is tackled. The experimental layout considers two main printing
parameters, namely, part orientation and printing angle, where 12 different printing
configurations are studied. These configurations differ in terms of filament arrangement in …
[PDF][PDF] Breaking Material Symmetry to Control Mechanical Performance in 3D Printed Objects. Symmetry 2023, 15, 28
L Hedjazi, S Belhabib, A D'Orlando, S Guessasma - 2022 - academia.edu
Additive manufacturing is a modern manufacturing technology allowing the material
structuring at a fine scale. This structuring affects the performance of printed parts. In this
study, the quantification of the material arrangement in 3D printed ceramic on the
mechanical performance is tackled. The experimental layout considers two main printing
parameters, namely, part orientation and printing angle, where 12 different printing
configurations are studied. These configurations differ in terms of filament arrangement in …
structuring at a fine scale. This structuring affects the performance of printed parts. In this
study, the quantification of the material arrangement in 3D printed ceramic on the
mechanical performance is tackled. The experimental layout considers two main printing
parameters, namely, part orientation and printing angle, where 12 different printing
configurations are studied. These configurations differ in terms of filament arrangement in …
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