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| Monday | Tuesday | Wednesday | Thursday | Friday |
AM: 9-12 |
| All: round table (30min) Room 1: Intro on integrated modelling Room 2 and 3: WP2, WP4 | All: round table (30min) Room 1 WP1 Room 2 WP2 Room 3 WP4 | All: round table (30min) Room 1 WP1 Room 2 WP2 Room 3 WP4 | Room 1 WP1 Room 2 WP2 Room 3 WP4 All: wrap up (1h)
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PM: 1.30-5 | All: round table (30min) Room 1 WP1 Room 2 WP2 Room 3 WP4 | Room 1 WP1 Room 2 WP2 Room 3 WP4 | Tour of PSNC Room 1 WP1 Room 2 WP2 Room 3 WP4 | Room 1 WP1 Room 2 WP2 Room 3 WP4 |
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others |
| Social dinner | Guided tour Poznan |
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Milestones
WP | 2022 milestones | who @ Poznan |
WP1: HFPSeu Workflow orchestration and module coupling framework (coordinator: F.J. Casson) | Build and regression tests in place Jul 2022 |
ACH team + Nathan Cummings
Delivered improved presentation and documentation of existing GUIs with simulation catalog integration on the Gateway |
ACH team + Francis Casson, Nathan Cummings, Florian Koechl
containerised all components |
ACH team + Francis Casson, Nathan Cummings
WP2.D1: Turbulent transport reduced models targeted validation (coordinator: Y. Camenen) | Validated L mode edge capability for TGLF and extended QLKNN in Ip ramp up |
WP2.D2: Core-edge-SOL coupling targeted validation (coordinator: C. Bourdelle) | validated reduced SOL model in the HFPSeu |
C. Bourdelle, F. Casson, F. Koechl, J. Simpson, T. Luda, C. Angioni
WP2.D3: Impurity transport, development of reduced models, verification and targeted validation (coordinator: C. Angioni) | Validated impurity collisional and turbulent transport capability for the new neoclassical code and the QLK-NN incl. impurities in Ip ramp conditions. |
C. Angioni, P. Maget, P. Manas, D. Fajardo
WP2.D4: MHD modules targeted validation (coordinator: P. Maget) | validated Double-Tearing Mode model available in the HFPSeu. Coupling resistive MHD code to HFPSeu. |
P. Maget, F. Casson, F. Koechl, L. Garzotti
WP4: HFPSeu systematic validation (coordinator: A. Ho) | Delivered facilitate multi-machine IMAS DB of well-diagnosed discharges for canonical validation applications |
J. Morales, M. Marin, G. Tardini, A. Ho, F. Casson
demonstrated 0D data consistency, e.g. Wth<WMHD, li, neutron flux, Prad-div, Prad_bulk, <Zeff>, <n> on more than 10 plasmas |
PSNC security rules
The entrance to the main part of the CPBIO building is restricted. The Code Camp participants can access the main hall and conference rooms only. The conference area will be accessible for the Code Camp participants from 9:00 am till 6:00 pm. You will be asked to have a budge (will be provided by organizers) and to sign a list everyday when arriving to venue.
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