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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 (IV)

    23 Nov 2018, 11:00
    Julius Raab Saal (Wirtschaftskammer Österreich)

    Julius Raab Saal

    Wirtschaftskammer Österreich

    Wiedner Hauptstraße 63 1045 Vienna, Austria

    Conveners

    New Materials (IV)

    • Jurgen Stampfl (TU Wien)

    Presentation materials

    There are no materials yet.

    1. 60. LASER ADDITIVE MANUFACTURING OF NIOBIUM SILICIDE-BASED HIGH TEMPERATURE MATERIALS
      Prof. Hongbiao Dong (University of Leicester)
      23/11/2018, 11:00
      New Materials
      Oral Presentation
      Niobium silicide-based alloys, in the application of gas turbine blades, promise significant efficiency improvements compared to current Ni-based alloys. The higher temperature capability would allow the engine to run at a higher temperature than that of current alloys, increasing engine efficiency. Nb-Si based composites possess a lower density, due to the presence of ceramic phases such as...
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    2. 56. RECENT DEVELOPMENTS OF LIGHT ALLOY PRECURSOR MATERIAL FOR ADDITIVELY MANUFACTURED ULTRA-LIGHTWEIGHT PARTS
      Mr Rudolf Gradinger (LKR Leichtmetallkompetenzzentrum Ranshofen GmbH)
      23/11/2018, 11:20
      New Materials
      Oral Presentation
      An increasing availability of capable additive manufacturing processing technologies is in parallel needing high-performance metallic materials in order to create efficient, light weight design parts. The consortium of the M-Era.net project HiPA²l has set goals to develop innovative Aluminium alloys designed for usage in wire-based arc welding AM processes. The alloying and processing...
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    3. 64. NEW PRODUCT SOLUTIONS BY USING WAAM AS A NEW TECHNOLOGY IN AM
      Mr Philip Emmerling (FIT AG)
      23/11/2018, 11:40
      New Materials
      Oral Presentation
      One remaining technical restriction in additive manufacturing to-date is size which is defined by the size of the build space. To overcome this restriction, FIT has introduced the new WAAM technology (Wire Arc Additive Manufacturing) for big metal parts. The resulting massive raw parts are to be finished by CNC milling. It is also possible to work on a pre-fabricated corpus. The WAAM build...
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    4. 49. PRELIMINARY STUDY OF THE PROCESSING PARAMETERS EFFECT ON THE MICROSTRUCTURE AND PROPERTIES OF TITANIUM GRADE 1 SPECIMENS FABRICATED VIA ADDITIVE MANUFACTURING
      Dr Eva Maria Pérez-Soriano (University of Seville)
      23/11/2018, 12:00
      New Materials
      Oral Presentation
      Today Ti6Al4V alloy, also known as Titanium Grade 5, is in use worldwide. However, several authors studied the difficulty of its machining due to their low thermal conductivity, high chemical reactivity at high temperatures or low modulus of elasticity, which can lead to damage vibrations in the specimen. In view of the above, a manufacturing technology is developed, and it is revolutionizing...
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