Name: PRACE Autumn School 2013 - Industry Oriented HPC Simulations
Start: 2013-09-23T08:30:00+02:00
End: 2013-09-27T18:45:00+02:00
Location: University of Ljubljana

PRACE Autumn School 2013 - Industry Oriented HPC Simulations

from Monday, 23 September 2013 (08:30) to Friday, 27 September 2013 (18:45)

Monday, 23 September 2013

08:30 Registration, Coffee & Poster hanging
Registration, Coffee & Poster hanging
08:30 - 13:00
Room: Nearby lecture hall IV/2
09:00 Optional training
Optional training
09:00 - 11:30
Room: Computing rooms III/1, N17 and II/5
Contributions

09:00 HPC architectures and MPI, OpenMP programming hands-on - Leon Kos (University of Ljubljana)
12:00 Posters
Posters
12:00 - 13:00
Room: Hall at the top of the building near the restaurant.
13:00 Opening and Welcome address - Jožef Duhovnik (University of Ljubljana, PRACE coordinator for Slovenia)
Opening and Welcome address
- Jožef Duhovnik (University of Ljubljana, PRACE coordinator for Slovenia)
13:00 - 13:20
Room: Lecture hall IV/2 Welcome from University of Ljubljana as prace PRACE coordinator for Slovenia. Industry challenges tackled with HPC and research targeted for products with simulations and optimizations that give concrete answers to many open questions.
13:20 HPC – the Perspective of a CFD Practitioner - Antonio C.M. Sousa (University of Aveiro and New Brunswick)
HPC – the Perspective of a CFD Practitioner
- Antonio C.M. Sousa (University of Aveiro and New Brunswick)
13:20 - 14:00
Room: Lecture hall IV/2 The lecture will address the trends of the relation between Computational Fluid Dynamics (CFD), which is a subsection of Simulation-Based Engineering Science, and High Performance Computing (HPC) applications. See attached extended abstract.
14:00 Discover your design quicker as before with HPC - Alexander Dopf (CADFEM)
Discover your design quicker as before with HPC
- Alexander Dopf (CADFEM)
14:00 - 15:00
Room: Lecture hall IV/2 An overview over current technology, recent benchmark results from a user perspective, as well as new ways of calculating large models and extensive design variations will be presented. - High Performance Computing (HPC). approaches overview - Success stories from structural mechanics and electromagnetics - Overview of the solvers across all physics - Ongoing HPC initiatives
15:00 Best practices for efficient HPC performance with large models
Best practices for efficient HPC performance with large models
15:00 - 19:00
Room: Computing room II/5
Contributions

15:00 Hands On Training with HPC - Bernhard Hössl (CADFEM)

16:45 Hands On Training with HPC (cont.) - Bernhard Hössl (CADFEM)
Tuesday, 24 September 2013
09:00 Robust Design Optimization
Robust Design Optimization
09:00 - 17:00
Room: Computing room II/5
Contributions

09:00 Robust Design Optimization – from the idea to the optimized product - Andreas Veiz (CADFEM)

13:00 Sensitivity analysis of a notch (cont.) - Andreas Veiz (CADFEM)
Wednesday, 25 September 2013
09:00 Hands on with EM
Hands on with EM
09:00 - 17:00
Room: Lecture room IV/2 and computing rooms II/5, III/1, N17
Contributions

09:00 EM Simulation Overview (tools and numerical methods) - Christian RöMELSBERGER (CADFEM) Jens Otto (CADFEM)

10:15 EM Example 1: Position Sensor Design (Hall based) with Maxwell 3D - Jens Otto (CADFEM)

13:00 EM Example 2: WLAN-Antenna Optimization with HFSS - Christian Römelsberger (CADFEM)

14:50 EM Example 3: Starter-Generator Design with Maxwell 3D/ Mechanical - Jens Otto (CADFEM)

16:30 EM: Summary and discussion - Christian Römelsberger (CADFEM) Jens Otto (CADFEM)
10:15
10:15 - 17:00
Room: Lecture room IV/2 and computing rooms II/5, III/1, N17
Contributions

10:15 Sailing Yachts CFD - Raffaele Ponzini (CINECA)

11:00 BIO-CFD Case-history: Introduction on CFD in hemodynamics - Raffaele Ponzini (CINECA)

13:30 BIO-CFD Tutorial - Raffaele Ponzini (CINECA)
Thursday, 26 September 2013
09:00 Examples of Solving Industrial Cases with Fluent - Dimitrios Sofialidis (SimTec)
Examples of Solving Industrial Cases with Fluent (Computational Fluid Dynamics)
- Dimitrios Sofialidis (SimTec)
09:00 - 10:15
Room: Lecture room IV/2 and computing rooms II/5, III/1, N17 Several industrial cases will be presented, executed by SimTec or its customers with the aid of ANSYS Fluent general-purpose 3D CFD package. The examples are taken from industrial applications in SE Europe countries but emphasis will be given on the Slovenian cases. The applications cover the industry sectors of marine, constructions (HVAC), chemical, pharmaceutical, hydraulic, metal, power generation, amongst others. Each case presentation includes: (a) modelling targets, (b) description of the physical model, (c) results, (d) modelling conclusions.
10:15 Coffee break
Coffee break
10:15 - 10:30
Room: Lecture room IV/2 and computing rooms II/5, III/1, N17
10:30 Express Introductory Training in Fluent
Express Introductory Training in Fluent
10:30 - 15:00
Room: Computing room II/5
Contributions

10:30 Introduction to CFD - Dimitrios Sofialidis (SimTec)

11:15 Fluent Workshop 1: Fluid Flow & Heat Transfer in a Mixing Tee - Dimitrios Sofialidis (SimTec)

13:30 Boundary Conditions and Solver Settings (Convergence & Accuracy) - Dimitrios Sofialidis (SimTec)

14:00 Turbulence Modelling, Heat Transfer & Transient Calculations - Dimitrios Sofialidis (SimTec)

14:30 Second Fluent workshop (hands on) - Dimitrios Sofialidis (SimTec)
15:00 High-Performance Computing with Fluent (hands-on) - Dimitrios Sofialidis (SimTec)
High-Performance Computing with Fluent (hands-on) (Computational Fluid Dynamics)
- Dimitrios Sofialidis (SimTec)
15:00 - 18:00
Room: Computing room II/5 An industrial CFD case will be executed as a workshop. The setup, solution and postprocessing will span through the first half of the session. The second half will be spent with experimentation of alternative solutions (e.g. changing BCs, material properties, mesh size, etc.) and discussion regarding best practices, error reduction and accuracy, tips and tricks, parallel computing efficiency, etc.
Friday, 27 September 2013
09:00 Custom CFD codes and plugins
Custom CFD codes and plugins
09:00 - 18:45
Room: Computing room II/5
Contributions

09:00 High Performance Computing of gas turbine flows: current and future trends - Nicolas Gourdain (CERFACS)

10:00 RBF morph theory and applications case-history - Marco Evangelos Biancolini ("Tor Vergata" University of Rome)

11:00 RBF morph hands-on - Marco Evangelos BIANCOLINI ("Tor Vergata" University of Rome)

13:30 Multi-block structured code (elsA) and an unstructured code (AVBP) hands-on - Michel Gazaix (ONERA) Nicolas Gourdain (CERFACS)

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