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  • Development of physics workflows (DINA/external heating/current drive models)

The DINA code is an unique IO's in-house tool for free-boundary control scenario development. It is available on the ITER Integrated modelling environment (IMAS) for development of various physics workflows by combining multiple physics codes and models. As an important step for code validation, the development of workflows by combining DINA and external heating and current drive models (available on IMAS) needs to be demonstrated.

The developed workflows can be extended to the application of kinetic profile control at various operation phases. An intern will participate in the development of physics workflows combining DINA and external heating and current drive models.

Development of physics workflows (DINA/external heating/current drive models)

Location
Location
France, 13067 St Paul Lez Durance Cedex
Student Level
Student Level
Undergraduate students (Bachelor)
Master students (Master)
Internship duration in months
Internship duration in months
6
Funding/Compensation
Funding/Compensation
To be determined
External Link
Internship institute type
Internship institute type
Industry
FuseNet Member
FuseNet Member
ITER Organization, France
Internship Type
Specific Projects
Location