Resistencia a compresión de los objetos impresos en 3D atendiendo a la orientación de su construcción laminar
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Sandra Moyano-Sanz [2] ; Mercedes Valiente-López [2] ; Alberto Romo-Melgar [1] ; Carmen Sanz-Contreras [2]
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[1] Complejo Asistencial de Segovia
Complejo Asistencial de Segovia
Segovia, España
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[2] UPM. EScuela Técnica Superior de Edificación. Madrid. España
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- Localización: Revista DYNA, ISSN-e 0012-7361, ISSN 0012-7361, Vol. 95, Nº 5, 2020, págs. 503-508
- Idioma: español
- Títulos paralelos:
- Compression strenght of 3D printed objects taking into account the orientation of layers
- Enlaces
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Resumen
This study tries to carry out the compression tests pertinent to a part manufactured using the 3D printing technique. In these tests, we will take into account the dimension of the pieces, the type of filament, the slicing parameters and, above all, the direction of the printing plane. With this research we want to publicize the new processes associated with 3D printing and how we can improve existing technology. The main objective is to compare the difference between the compressive strength of a 3D printed part, when the force acts in a direction parallel to the printing layers, and when it acts in a perpendicular direction. In this way, we can determine the position of the part in the printer and avoid the possible deformation problems that exist with this new additive production technique. Finally, we will make some conclusions derived from the study, and will make proposals for new avenues of research. With this article we intend to demonstrate the importance of the process of printing a part, the placement on the work plane and the materials used
