• Title of article

    Virtual plasma chamber integrated multi-physics simulation: Status and next steps

  • Author/Authors

    Ying، نويسنده , , Alice and Kotulski، نويسنده , , Joseph and Zhang، نويسنده , , Hongjie and Ulrickson، نويسنده , , Michael and Youssef، نويسنده , , Mahmoud and Munipalli، نويسنده , , Ramakanth، نويسنده ,

  • Issue Information
    روزنامه با شماره پیاپی سال 2014
  • Pages
    7
  • From page
    1144
  • To page
    1150
  • Abstract
    A modest approach to develop the ISPC enabling tool for fusion plasma chamber systems has been achieved. This high performance computing simulation addresses 3D physical phenomena in a complex and heterogeneous virtual fusion plasma chamber system and opens a new way for how one, such as DEMO/FNSF, ought to be designed and modeled. In the current approach, complex FNST scenarios were simulated and modeled through a community-built reflective middleware for simulation integrations involving multiple simulators. Example advancements are presented while issues and ideas are discussed to further expand the development of such a tool.
  • Keywords
    Plasma chamber system , First wall blanket design , Multi-physics simulation , Fusion nuclear science and technology , Virtual TBM , Integrated simulations
  • Journal title
    Fusion Engineering and Design
  • Serial Year
    2014
  • Journal title
    Fusion Engineering and Design
  • Record number

    2362361