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Dataturb D irect simulation data of turbulent flows

Javier Jiménez , Alberto Vela-Martín Aeronautics, U . Politécnica Madrid Spain jimenez@torroja.dmt.upm.es alberto@torroja.dmt.upm.es. Dataturb D irect simulation data of turbulent flows. Current Challenges. Raw turbulence numerical simulations (10-100 Mcpuh )

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Dataturb D irect simulation data of turbulent flows

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  1. Javier Jiménez, Alberto Vela-Martín Aeronautics, U. Politécnica Madrid Spain jimenez@torroja.dmt.upm.es alberto@torroja.dmt.upm.es DataturbDirect simulation data of turbulent flows

  2. Current Challenges • Raw turbulence numerical simulations (10-100 Mcpuh) • Scientific interest (Open Access Required) • Large files (10-100 Gbytes) • An international group of users Example: Aeronautics Madrid at present Total: 600 TB

  3. Why EUDAT? Up to now • Data bilateral exchanges by individual groups • Summer schools, visits, etc. What we require • Simple, well-known, open Standards • Long-term curation (10-15 years) • Eudat (??)

  4. Now • Wide Community • Several“Informal” Consortia • EuHit (Turbulence Europe) • RDA • OpenScienceDataCloud (USA) • Several Labs Sites (JHU, UPM) Future • Coordination • Wider Access Outside Present Community

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