LPW-E/1.2.2/1664 — form-optimised additive manufacturing of titanium components considering overall lifetime (FATiG) (Q3332899)

From EU Knowledge Graph
Revision as of 07:53, 7 December 2021 by DG Regio (talk | contribs) (‎Changed label, description and/or aliases in fr, and other parts: Adding French translations)
Jump to navigation Jump to search
Project Q3332899 in Germany
Language Label Description Also known as
English
LPW-E/1.2.2/1664 — form-optimised additive manufacturing of titanium components considering overall lifetime (FATiG)
Project Q3332899 in Germany

    Statements

    0 references
    0 references
    0 references
    151,164.69 Euro
    0 references
    321,626.99 Euro
    0 references
    47.0 percent
    0 references
    1 June 2020
    0 references
    31 May 2023
    0 references
    scuddy GmbH & Co. KG
    0 references
    0 references

    54°18'54.40"N, 10°6'58.82"E
    0 references
    24114 Kiel
    0 references
    Die Methoden der industriellen Fertigung unterliegen seit jeher einem Wandel. Kaum ein Prozess verändert die Industrie so stark wie der kommerzielle Metall 3D-Druck, dessen volles Potenzial mit einer umfassenden Digitalisierung nutzbar wird. Um diesen Wandel weiter voranzutreiben ist es das Ziel des Projekts "FATiG" ein allumfassendes Verfahren zur indirekten additiven Fertigung von Titanbauteilen sowie eine simulationsgestützte Methode zur Vorhersage der Lebensdauer additiv gefertigter Bauteile zu entwickeln. (German)
    0 references
    The methods of industrial production have always been changing. Hardly any process changes the industry as much as commercial metal 3D printing, whose full potential can be harnessed with comprehensive digitalisation. In order to further advance this change, the aim of the “FATiG” project is to develop an all-encompassing process for indirect additive manufacturing of titanium components as well as a simulation-based method for predicting the lifetime of additively manufactured components. (English)
    25 October 2021
    0 references
    Les méthodes de fabrication industrielle ont toujours changé. Peu de processus transforment l’industrie aussi fortement que l’impression 3D commerciale, dont le potentiel sera pleinement exploité grâce à une numérisation complète. Afin de poursuivre ce changement, le projet «FATiG» a pour objectif de développer un processus global de fabrication additive indirecte de pièces en titane, ainsi qu’une méthode de simulation permettant de prédire la durée de vie des pièces fabriquées de manière additive. (French)
    7 December 2021
    0 references

    Identifiers

    DE_TEMPORARY_35544
    0 references