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    Metal Additive Manufacturing Conference 2018

    21–23 Nov 2018
    Wirtschaftskammer Österreich
    Europe/Vienna timezone
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    Session

    New Materials (II)

    22 Nov 2018, 16:00
    Julius Raab Saal (Wirtschaftskammer Österreich)

    Julius Raab Saal

    Wirtschaftskammer Österreich

    Wiedner Hauptstraße 63 1045 Vienna, Austria

    Conveners

    New Materials (II)

    • Pavel Krakhmalev (Karlstad University)

    Presentation materials

    There are no materials yet.

    1. 25. PRECIPITATION KINETICS DURING NON-LINEAR HEAT TREATMENT IN LASER ADDITIVE MANUFACTURING
      Mr Priyanshu Bajaj (Max Planck Institute for Iron Research)
      22/11/2018, 16:00
      New Materials
      Oral Presentation
      Precipitation kinetics; Laser Metal Deposition; Al-Sc;
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    2. 39. INFLUENCE OF POWDER CHARACTERISTICS ON FINAL PROPERTIES OF POWDER-BED LASER ADDITIVELY MANUFACTURED ODS Fe-14Cr STEEL
      Ms Elodie VASQUEZ (DEN-Service de Recherches Métallurgiques Appliquées, CEA, Université Paris-Saclay, F-91191, Gif-sur-Yvette, France)
      22/11/2018, 16:20
      New Materials
      Oral Presentation
      Additive manufacturing processes are promising technologies, currently considered as new opportunities to optimize metallic components production routes, especially in aerospace, automotive, medical and energy industries. The development of the application fields of these technologies involves an increase in the number of possible printed materials. In order to become a robust and reliable way...
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    3. 37. DESIGNING A NOVEL Fe-Ni-Al-Ti MARAGING STEEL TAILOR-MADE FOR LASER METAL DEPOSITION
      Mr Philipp Kürnsteiner (Max-Planck-Institut für Eisenforschung, Düsseldorf, Germany)
      22/11/2018, 16:40
      New Materials
      Oral Presentation
      Maraging steels show outstanding mechanical properties regarding strength and toughness caused by a martensitic microstructure that is strengthened by a high number density of intermetallic precipitates upon ageing heat treatment. Laser Metal Deposition (LMD; DED) is a nozzle-based Laser Additive Manufacturing (LAM) process that allows to produce custom-made parts directly from a CAD model and...
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    4. 41. PROCESS AND ALLOY DESIGN FOR IN-SITU PRECIPITATION STRENGTHENING OF Al-Sc ALLOYS DURING LASER METAL DEPOSITION
      Mr Philipp Kürnsteiner (Max-Planck-Institut für Eisenforschung, Düsseldorf)
      22/11/2018, 17:00
      New Materials
      Oral Presentation
      Aluminum alloys play an important role for lightweight components for automotive and aerospace industries. Al-Sc alloys exhibit excellent mechanical properties due to the presence of coherent intermetallic Al3Sc precipitates. Zr alloy additions lead to a Zr-rich shell around the small coherent Al3Sc precipitates that slows down precipitate growth and renders the alloy resistant to precipitate...
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    5. 43. SURFACE MULTIFUNCTIONALITY FOR ENHANCING FRICTION AND WEAR PERFORMANCE OF 3D PRINTED LIGHTWEIGHT COMPONENTS USING TECHNOLOGY HYBRIDS
      Dr Manel Rodriguez Ripoll (AC2T research GmbH)
      22/11/2018, 17:20
      New Materials
      Oral Presentation
      Additive manufacturing is a technology that exhibits enormous potential in several application industries. The technology allows to build up complex 3D geometries with reduced mass using lightweight materials while dramatically reducing the development time, compared to conventional manufacturing routes. In many applications, 3D printed components face the need to operate under demanding...
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