General Information:
The Laboratory of Fluid Dynamics and Technical Flows of the University of Magdeburg "Otto von Guericke", the Technical University of Berlin, the ERCOFTAC Special Interest Groups SIG28 "Reactive flows" and SIG12 "Dispersed turbulent two-phase flow" organise an International Summer School on the:
Direct Numerical Simulation (DNS) of Reacting and Two-Phase Flows,
from September, 2-8, 2007 in Berlin, Germany. This summer school welcomes all researchers from university and industry interested in the present potential and recent development of DNS methods for reacting and two-phase flows.
Introduction:
Reacting and two-phase flows are found in a variety of practical systems (energy generation, propulsion, chemical engineering, meteorology....) but are still associated with many open theoretical questions. In many cases DNS are essential as a complement to experimental investigations in order to understand the basic coupling processes controlling complex flows. However, Direct Numerical Simulations have very specific, strict requirements, generally not widely known to students or researchers familiar mostly with the standard, Reynolds-averaged approach. Furthermore, the accurate numerical modelling of reacting and two-phase flows requires a variety of physical sub-models, which must be carefully chosen in order to obtain a reliable numerical description of real flows.
This Summer School will focus on the theory, implementation and choice of model in the DNS of reacting and two-phase flows and is intended for researchers as well as code developers (PhD students or R&D engineers) interested in understanding and implementing DNS methods, or simply in acquiring a better background on the topic in order to assess its possible contribution to real problem solving. The instructors are all experts in DNS, numerical methods, and associated physical models and will present not only the various models and methods most commonly employed but also implementation and efficiency issues ranging from basic principles to state-of-the-art applications. The course will have a duration of 5 days (full teaching programme) plus two days of get-together, in order to foster exchange and communication among participants, during and after the Summer School.
Organizers and instructors:
All lectures will be given in English; extensive notes and related documents will be distributed on a CD/DVD-ROM to all participants at registration.
You will find all the information you need on the Summer School website at:
http://www.uni-magdeburg.de/isut/LSS/DNS07
ERCOFTAC Best Practice Guidelines Course CFD for Dispersed Multi-Phase Flows 2024 with Problem Shooting Session 23rd - 24th September 2024 hosted by ERCOFTAC Czech Republic Pilot Centre Czech Technical University in Prague, Czech Republic Main lecturers: Prof. Dr.-Ing.
23 Sep 2024ERCOFTAC SIG12 Workshop Modelling and Prediction of Dispersed Multiphase Flows 15th - 18th July 2024 Location: Institute Process Engineering Otto von Guericke University (OvGU) D- 39106 Magdeburg, Germany Organisers: Prof. Berend van Wachem Prof. Martin Sommerfeld Dr. Victor Chéron,
15 Jul 2024ERCOFTAC Best Practice Guidelines Course CFD for Dispersed Multi-Phase Flows 2022 with Problem Shooting Session 10th - 11th October 2022 hosted by ERCOFTAC Henri Bénard Pilot Centre Ecole Centrale de Lyon, Lyon, France SkyLab Centrale Lyon 36 Av. Guy de Collongue, 69130 Écully, France
10 Oct 2022Best Practice Guidance Course CFD for Dispersed Multi-Phase Flows 2021 w ith Problem Shooting Session 4th - 5th October 2021 ERCOFTAC PC Italy : Sapienza Università di Roma Faculty of Civil and Industrial Engineerin
4 Oct 2021ERCOFTAC Best Practice Guidelines Course CFD for Dispersed Multi-Phase Flows 2020 with Problem Shooting Session POSTPONED until 2021 !!! 5th - 6th October 2020 hosted by ERCOFTAC PC Italy (prior to the ERCOFTAC Autumn Festival ) Sapienza Università di Roma, Faculty of
5 Oct 2020ERCOFTAC course “BPG for CFD for Dispersed Multi-Phase Flows with Problem Shooting Session” "While 20 years ago the accuracy of dispersed multiphase flows was mainly governed by the limited computational capacity, nowadays the physical modeling poses the largest challenge" – Olivier Simonin,
25 Oct 2021