SUPPORT-ZERO. EVOLUTION OF THERMAL PROCESS IN ADDITIVE MANUFACTURING TECHNOLOGY IN METALS FOR THE MINIMISATION OF SUPPORTS BY PHYSICAL AND ANALYTICAL ANALYSIS OF THE PROCESS. (Q3249674): Difference between revisions
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SUPPORT-ZERO. EVOLUTION OF THERMAL PROCESS IN ADDITIVE MANUFACTURING TECHNOLOGY IN METALS FOR THE MINIMISATION OF SUPPORTS BY PHYSICAL AND ANALYTICAL ANALYSIS OF THE PROCESS. | |||
Revision as of 11:23, 12 October 2021
Project Q3249674 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | SUPPORT-ZERO. EVOLUTION OF THERMAL PROCESS IN ADDITIVE MANUFACTURING TECHNOLOGY IN METALS FOR THE MINIMISATION OF SUPPORTS BY PHYSICAL AND ANALYTICAL ANALYSIS OF THE PROCESS. |
Project Q3249674 in Spain |
Statements
57,638.0 Euro
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115,276.0 Euro
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50.0 percent
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1 January 2017
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30 June 2018
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INSTITUTO TECNOLOGICO METALMECANICO, MUEBLE, MADERA, EMBALAJE Y AFINES
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39°30'14.11"N, 0°26'31.56"W
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46190
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LAS TECNOLOGÍAS DE FABRICACIÓN ADITIVA (FA) PERMITEN LA PRODUCCIÓN DE PRODUCTOS CON GEOMETRÍAS MÁS COMPLEJAS QUE LAS OBTENIDAS MEDIANTE TECNOLOGÍAS DE FABRICACIÓN TRADICIONALES. LA PRINCIPAL CARACTERÍSTICA DE LAS TECNOLOGÍAS DE FA ES QUE LAS PIEZAS O PRODUCTOS SE FABRICAN POR LA SUCESIVA ADICIÓN SELECTIVA DE MATERIAL, DIRECTAMENTE A PARTIR DE UN FICHERO DIGITAL CON LA GEOMETRÍA DE LA PIEZA CAD 3D. EL FICHERO CAD 3D, SE TRANSFORMA EN UN FICHERO EN FORMATO STL QUE ESTÁ FORMADO POR UNA MALLA TRIANGULAR QUE HAY QUE VERIFICAR DEPENDIENDO DE LA TECNOLOGÍA. LA INFORMACIÓN GEOMÉTRICA DE ESTE FICHERO DIGITAL, INCLUYE ADEMÁS DE LA GEOMETRÍA DE LA PIEZA A FABRICAR, UNA GEOMETRÍA AUXILIAR (SOPORTES) PARA GARANTIZAR UNA ADECUADA FABRICACIÓN. UNA VEZ SE DISPONE DE UN FICHERO STL VERIFICADO SE DIVIDE EN FINÍSIMAS CAPAS, ESTE PROCESO DE CAPEADO SE REALIZA EN UN SOFTWARE ESPECIFICO PARA ESTAS TECNOLOGÍAS. EL FICHERO DE CAPAS SE TRANSMITE A LA MÁQUINA O IMPRESORA 3D DONDE SE ASIGNAN LOS PARÁMETROS DE F (Spanish)
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ADDITIVE MANUFACTURING TECHNOLOGIES (FA) ENABLE THE PRODUCTION OF MORE COMPLEX PRODUCTS THAN THOSE OBTAINED BY TRADITIONAL MANUFACTURING TECHNOLOGIES GEOMETRIES. THE MAIN FEATURE OF FA TECHNOLOGIES IS THAT PARTS OR PRODUCTS ARE MANUFACTURED BY SUCCESSIVE SELECTIVE ADDITION OF MATERIAL, DIRECTLY FROM A DIGITAL DATABASE WITH THE 3D GEOMETRY OF THE CAD PART. THE 3D CAD FILE IS CONVERTED INTO A FILE IN STL FORMAT THAT CONSISTS OF A TRIANGULAR MESH TO BE TESTED DEPENDING ON THE TECHNOLOGY. THE GEOMETRIC INFORMATION DIGITAL FILE ALSO INCLUDES THE GEOMETRY OF THE PART TO BE PRODUCED, AN AUXILIARY GEOMETRY (MEDIA) TO ENSURE PROPER MANUFACTURE. ONCE IT HAS A STL FILE VERIFIED IS DIVIDED INTO THIN LAYERS, THIS PROCESS LAYERING IS PERFORMED IN A SPECIFIC SOFTWARE FOR THESE TECHNOLOGIES. THE LAYERS FILE TO THE MACHINE OR 3D PRINTER WHERE THE MANUFACTURING PARAMETERS ARE ASSIGNED (DEPENDS ON THE TYPE ADDITIVE MANUFACTURING TECHNOLOGY) AND PROCEEDS TO MANUFACTURE TRANSMITTED. WHEN MANUFACTURING THE (English)
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Paterna
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Identifiers
20F01020201B_IVCI00000DEEA7145
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