Large-eddy simulation (LES) is a theoretical/numerical approach in which only the turbulence scales larger than a given dimension are directly simulated, while the effects of the smaller scales on the large-scale motion are modeled. Since the pioneering works in meteorology in the early 60s, LES methodology and applications experienced a remarkable and continuous development, especially starting from the 90s, thanks to the rapid growth of available computational resources. Nowadays, LES is used to investigate and predict several problems of technological interest and many natural flows. The focus of the SIG is particularly on those flow scenarios for which the use of LES is relatively new and further developments are required, for instance because of the presence of complex physical phenomena interacting with turbulence (combustion, multi-phase flows, compressible flows with shock waves, heat transfer, complex geometries and large scale problems…).
Furthermore, to establish the credibility of LES as a tool for industrial flow applications and for the study of complex-physics problems, clear standards and criteria to assess and predict the quality and the reliability of the simulation results should be devised.
The purpose of SIG1 is to bring together researchers and users of LES in different kinds of applications to:
(i) promote further methodological and computational improvements towards the application of LES to complex real-size technological and environmental problems;
(ii) enhance the knowledge on error sources and on their interaction in LES and to devise criteria for the prediction and optimization of simulation quality.
Pisa, Italy 11th - 13th September 2019 For further details: https://frontuq19.com13 Sep 2019
ERCOFTAC Workshop DLES 12 - Direct and Large Eddy Simulation Madrid - 5-7 June 2019 Location: Universidad Carlos III de Madrid: Campus de Madrid - Puerta de Toledo Goals of the Workshop: The goal of the workshop is to establish a state-of-the-art of DNS, LES and related techniques for5 Jun 2019
To view a full list of current news, click here