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Introducing Code_Saturne

Code_Saturne is the free, open-source software developed and released by EDF to solve computational fluid dynamics (CFD) applications.

It solves the Navier-Stokes equations for 2D, 2D-axisymmetric and 3D flows, steady or unsteady, laminar or turbulent, incompressible or weakly dilatable, isothermal or not, with scalars transport if required.

Several turbulence models are available, from Reynolds-Averaged models to Large-Eddy Simulation models. In addition, a number of specific physical models are also available as modules: gas, coal and heavy-fuel oil combustion, semi-transparent radiative transfer, particle-tracking with Lagrangian modeling, Joule effect, electrics arcs, weakly compressible flows, atmospheric flows, rotor/stator interaction for hydraulic machines.

 

Advanced CFD and Turbulence Modelling targeting HPC: Code_Saturne Training Course at the University of Zaragoza

The course (sponsored by CECAM as a joint CECAM node event) will take place on 1-3 October 2019.

The following topics will be dealt with:

  • Fundamentals of CFD
  • Introduction to turbulence, focusing on Large-Eddy Simulation (LES)
  • Introduction to non-equilibrium gas dynamics
  • Description of the latest fully validated version of Code_Saturne (V6.0) and its structure -Use of Code_Saturne’s GUI
  • Use of Code_Saturne’s user subroutines Introduction to HPC for CFD, with an overview of the code’s performance on various types of architectures, including Xeon Phi Knights Landing and GPUs

The following hand-on sessions will be delivered first:

  • Hands-on Session: Laminar flow through a tube bundle using the GUI
  • Hands-on Session: LES of flow through a tube bundle with GUI
  • Hands-on Session: LES of flow through a tube bundle with user subroutines

The second part of the school will deal with:

  • Hands-on Session: Use of subroutines for advanced post-processing
  • Hands-on Session: Effect of the partitioning on the time to solution
  • Hands-on Session: Code-Code coupling (flow in a pump)
  • Hands-on Session: Turbulent flow in a pump using Code_Saturne’s turbomachinery module

The last part of the school will present:

  • Hands-on Session: Rarefied gas flow in a cluster of cylinders

The 2 first hands-on sessions will offer the opportunity for the attendees to perform overnight simulations.

More details and registration are to be found at: http://www.cvent.com/events/advanced-cfd-and-turbulence-modelling-targeting-hpc/event-summary-b967c6ae8410422aacd72596fe26e8b1.aspx

Accommodation, refreshments, lunches and dinners are provided (but not travel).

Advanced CFD and Turbulence Modelling targeting HPC: Code_Saturne Training Course at Barcelona Supercomputing Centre (BSC, Spain)

The course (sponsored by CECAM and partly by PRACE) will take place on 3-5 October 2018.

The following topics will be dealt with:

  • Fundamentals of CFD, Introduction to turbulence, focusing on Large-Eddy Simulation (LES)
  • Description of the latest fully validated version of Code_Saturne (V5.0) and its structure
  • Using Code_Saturne's GUI
  • Using Code_Saturne's user subroutines
  • Introduction to HPC, with an overview of the code's performance on various types of architectures, including Xeon Phi Knights Landing and GPUs

The following hands-on sessions will be delivered first:

  • Hands-on Session: laminar flow through tube bundles using the GUI
  • Hands-on Session: LES of flow through tube bundles with GUI
  • Hands-on Session: LES of flow through tube bundles with user subroutines

The last hand-on session will offer the opportunity to the attendees to perform an overnight simulation on Marenostrum IV.

The second part of the tutorial will deal with:

  • Hands-on Session: Use of subroutines for advanced post-processing
  • Hands-on Session: Effect of the partitioning on the time to solution
  • Hands-on Session: Code-Code coupling (flow in a pump)
  • Hands-on Session: Turbulent flow in a pump using Code_Saturne's turbomachinary module

The 2 last hands-on sessions will offer the opportunity for the attendees to perform an overnight simulation on Marenostrum IV.

More details and registration are to be found at: http://www.cvent.com/events/advanced-cfd-and-turbulence-modelling-targeting-hpc/event-summary-9f54ecdb79764586b98aff8f657425f8.aspx

Accommodation, refreshments, lunches and dinners are provided (but not travel).

Registration to the UK user meeting, 2018 edition

Salome_CFD User Meeting and Training in Manchester, UK on 5 & 6 June 2018

EDF Energy, EDF R&D and Renuda invite you to participate and submit your work for presentation at the inaugural UK Salome_CFD: Salome platform and Code_Saturne CFD solver User Meeting, which will be held at the University of Manchester (George Begg Building) on 5 June 2018.  The User Meeting will be followed on 6 June by a free Salome_CFD training course for delegates.

Code_Saturne Training Course at Juelich Research Centre (Germany)

The course (sponsored by CECAM) will take place from 4 to 6 October 2017.

The following topics will be dealt with:

  • Introduction to turbulence, focusing on Large-Eddy Simulation (LES)
  • Description of the latest fully validated version of Code_Saturne ( V5.0) and its structure
  • Using Code_Saturne's GUI
  • Using Code_Saturne's user subroutines
  • Introduction to HPC, and Blue Gene/Q

The following hands-on sessions will be delivered first:

  • Hands-on Session: laminar flow through tube bundles using the GUI
  • Hands-on Session: LES of flow through tube bundles with GUI
  • Hands-on Session: LES of flow through tube bundles with user subroutines

The last hand-on session will offer the opportunity to the attendees to perform a simulation on 128 nodes (up to 8,192 threads) of the Blue Gene/Q overnight.

The second part of the tutorial will deal with:

  • Hands-on Session: use of subroutines for advanced post-processing
  • Hands-on Session: effect of the partitioning on the time to solution
  • Hands-on Session: code-code coupling (flow in a pump)
  • Hands-on Session: turbulent flow in a pump using Code_Saturne's turbomachinary module

More details and registration are to be found at: https://eventbooking.stfc.ac.uk/news-events/code-saturne-2017

Accommodation, refreshments, lunches and dinners are provided (but not travel).

Code_Saturne training courses in China

From August 30th to September 2nd 2017, 4-days training of Code_Saturne at XiAn, co-sponsored by EDF Group and XiAn Jiaotong University.
A good chance to have a face to face communication with members of the development team.

Contents:
-    Basic introduction,
-    Key characteristics,
-    Development within user functions,
-    Multi-physics models,
-    Industrial application cases within EDF, etc.

Activities:

  • User club of Code_Saturne
  • Visit tour at XJTU thermal-hydraulic lab

Exercises contain well-rounded practices from pre-processing, computation to post-processing.

Welcome to 2017 Code_Saturne training in China!

 

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The latest news

  • Advanced CFD and Turbulence Modelling targeting HPC: Code_Saturne Training Course at the University of Zaragoza

    01 Jul 2019

    The course (sponsored by CECAM as a joint CECAM node event) will take place on 1-3 October 2019.

    The following topics will be dealt with:

    • Fundamentals of CFD
    • Introduction to turbulence, focusing on Large-Eddy Simulation (LES)
    • Introduction to non-equilibrium gas dynamics
    • Description of the latest fully validated version of Code_Saturne (V6.0) and its structure -Use of Code_Saturne’s GUI
    • Use of Code_Saturne’s user subroutines Introduction to HPC for CFD, with an overview of the code’s performance on various types of architectures, including Xeo... Read more

  • Advanced CFD and Turbulence Modelling targeting HPC: Code_Saturne Training Course at Barcelona Supercomputing Centre (BSC, Spain)

    03 Aug 2018

    The course (sponsored by CECAM and partly by PRACE) will take place on 3-5 October 2018.

    The following topics will be dealt with:

    • Fundamentals of CFD, Introduction to turbulence, focusing on Large-Eddy Simulation (LES)
    • Description of the latest fully validated version of Code_Saturne (V5.0) and its structure
    • Using Code_Saturne's GUI
    • Using Code_Saturne's us... Read more
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