ofcourse2016 - ofcourse2016 - Training
|Date:||08.06.2016 9:00 - 09.06.2016 16:15|
|Location:||The event is organised at University of Oulu.|
|Location details:||Mikroluokka YL124|
|lecturers:|| Ashvinkumar Chaudhari (LUT) |
Jukka-Pekka Keskinen (Aalto University)
Armin Wehrfritz (Aalto University)
Esko Järvinen (CSC)
|The fee covers all materials and morning and afternoon coffees.|
The course is intended for those with little or no previous knowledge of OpenFOAM® package. The course gives an overview of OpenFOAM and is a good starting point for the package usage.
OpenFOAM is free, open source software for computational fluid dynamics (CFD), developed primarily by CFD Direct, on behalf of the OpenFOAM Foundation. The foundation is the copyright holder (i.e. the owner) of OpenFOAM. OpenFOAM is licensed under the GNU General Public License.
The backbone of the course comprises of tutorials with hand-on sessions in which participants resolve the tutorial problems by themself, with assistance of the course trainers. Before each of the tutorial, in the preliminaries sections, all required information necessary for the tutorial are presented. At the end of the course, participants have become familiar with OpenFOAM usage and are able to start using the software in their specific projects including own code development.
In the end of the course trainees has opportunity to get help from trainers in implementations of trainees' own cases. Course participants are asked to send in advance descriptions of their cases including input materials, such as the geometry files.
Course materials consist of copies of the presentation slides and tutorial material.
University of Oulu campus map.The course precede Finnish OpenFOAM User Day 2016 organized at University of Oulu.
8.00 Registration, coffee
8.30 Course introduction - Overview on OpenFOAM package
9.30 Tutorial 1: Turbulent flow simulations with OpenFOAM
- preliminaries: Low-Re modelling, wall functions, extending OpenFOAM with own turbulence model
- validation case: Buice-Eaton diffuser
12.00 Lunch break
13.00 Building an own solver
- Example: adding an equation for passive scalar
14.15 Tutorial 2: Grid generation with OpenFOAM
- preliminaries: automated and parallelized grid generator with snappyHexMesh
- different validation cases
17.00 End of the day
8.45 OpenFOAM utilities and function objects
9.30 Coffee10.00 Tutorial 3: Changing the solver
- preliminaries: Parallel computing with OpenFOAM; Useful Linux commands; Linux text editors
- modification of a case by "trial and error"
- efficient use of OpenFOAM's user interface on Linux
- parallel computing
11.30 Lunch break
12.30 Tutorial 3: Changing the solver - cont.
14.15 Trainees' own cases
- case implementation using OpenFOAM with help by trainers
16.15 End of the course