Go to the Indico Home Page Oldest event Older event Up to category Newer event Newest event
  • Indico style
  • Indico style - inline minutes
  • Indico style - numbered
  • Indico style - numbered + minutes
  • Indico Weeks View
    • Switch to the management area of this event
    Login

    5th International High Manganese Steel Conference - HMNS 2022

    23–25 May 2022 Hybrid conference
    voestalpine Stahlwelt
    Europe/Vienna timezone

    Support

    Session

    Modelling and Simulation

    25 May 2022, 09:35
    voestalpine Stahlwelt

    voestalpine Stahlwelt

    voestalpine Stahlwelt (steel world) voestalpine-Straße 4 4020 Linz Austria

    Conveners

    Modelling and Simulation

    • Peter Presoly (Montanuniversität Leoben)

    Modelling and Simulation

    • Gerhard Hackl (ASMET)

    Presentation materials

    There are no materials yet.

    1. 9. Computational alloy design of Medium-Mn steels
      Prof. Gregory Haidemenopoulos (University of Thessaly), Mr John Aristeidakis (University of Thessaly)
      25/05/2022, 09:35
      Alloy Design
      Invited Lecture

      The development of new advanced high-strength steels is traditionally a very tedious process, involving extensive experimental investigations by which composition and processing conditions are varied in a more or less erratic manner until the desired properties are achieved. This situation has a tremendous negative impact on alloy development time and costs. The Alloyneering alloy design...

      Go to contribution page
    2. 86. Ab initio based investigation of the role of retained austenite in Hydrogen embrittlement of steels
      Ali Tehranchi (Max planck ins. for Iron research)
      25/05/2022, 10:00
      Failure, Damage and Hydrogen
      Oral Presentation

      Hydrogen embrittlement (HE) is a persistent mode of failure in high-strength steels
      which hinders their applicability in industry. The role of retained austenite (RA) in the
      HE susceptibility of these steels is still unclear. There are two possible scenarios, firstly
      since the solubility of H in austenite is remarkably larger than that of martensite, the
      RA phase can act as a trap for H...

      Go to contribution page
    3. 21. Modeling of mechanical properties of metastable austenitic Cr-Mn-Ni steels with TRIP and TWIP effect
      Dr Michael Hauser (TU Bergakademie Freiberg)
      25/05/2022, 10:25
      Microstructure-Properties relationships
      Oral Presentation

      In the present work, a metastable Cr-Mn-Ni steel with deformation-induced plasticity was investigated. The influence of martensite formation on the mechanical properties of an Fe-16Cr-6Ni-6Mn (concentrations in wt-%) austenitic stainless steel was studied by tensile tests between -70°C and 300°C. As-quenched martensite formation was observed at temperatures below -30°C. Deformation-induced α'...

      Go to contribution page
    4. 14. Constitutive and transformation kinetics modeling of ε-, α΄-Martensite and mechanical twinning in Medium-Mn steels
      John S. Aristeidakis (Department of Mechanical Engineering, University of Thessaly, Volos, Greece)
      25/05/2022, 11:20
      Modelling and Simulation
      Oral Presentation

      Excellent combinations of strength and ductility have been observed in complex phase medium Mn steels, due to the activation of TRIP and TWIP in retained austenite, stabilized at room temperature via C and Mn partitioning. Limited attempts have been made in the past to model the deformation behavior and transformation kinetics of medium Mn steels. Previous studies relied on fitting the...

      Go to contribution page
    5. 37. Simulation of the TWIP/TRIP effect of high manganese steels in dependence of the applied stress condition
      Angela Quadfasel (Institute of Metal Forming)
      25/05/2022, 11:45
      Modelling and Simulation
      Oral Presentation

      High manganese steels are considered to be promising alloys for light weight applications due to their high strength and good ductility based on their special microstructure. During plastic deformation the mechanisms of twinning induced plasticity (TWIP) and transformation induced plasticity (TRIP) lead to a strong microstructure refinement within the material. Previous studies have shown that...

      Go to contribution page
    6. 64. High temperature thermodynamics of the Fe-C-Mn system; new experimental data for the Fe-C-10 and 20 wt.-% Mn system
      Peter Presoly (Montanuniversität Leoben)
      25/05/2022, 12:10
      Heat treatment and Phase transformations
      Oral Presentation

      To control the production processes and design product properties of promising medium and high Mn steels, reliable solidification and material models are essential. High precision and experimentally validated thermodynamic data are essential data sources for all these models. As manganese is a segregating element, it is crucial to describe high manganese concentrations well, e.g. for the final...

      Go to contribution page
    Building timetable...