Talks on reduced order modelling in several fields: computational fluid dynamics, multiphysics, geometrical parametrizations, fluidic networks, domain decomposition, data assimilation. A round table of discussion is planned. State of the art and future plans/developments on the topics are underlined. The events is suited for local, national and international partners.
Room 133 (8 October) + Room 005 (9 October)
Prof. Alfio Quarteroni
A mini course on Fluid-Structure Interaction will be given in the framework of AMMA and mathLab activities by Prof. Alfio Quarteroni (EPFL, Lausanne).
The mini course is organized as it follows:
The aim of this workshop is to put together experimentalist, theoreticians and phenomenologists that are interested in possible tests of the quantum/discrete structure of spacetime at very short distances.
We plan to have a number of rather focussed talks that will discuss possible phenomenological tests of quantum gravity scenarios and propose new ideas in this direction.
Complex fluids belong to the broad class of systems, known collectively as soft matter.
They are solutions, typically water-based, of macromolecular entities (often called colloidal particles) with typical sizes ranging from 1 to 1000 nm:
much larger than the atomic size but still small on a macroscopic scale. This class of systems permeates diverse fields of science, including physics, chemistry and biology, also playing a major role in the paint, food, cosmetic and pharmaceutical industry.
Luciana Bianchi, from the Johns Hopkins University, will hold the next SISSA colloquium on June 24, 2014, at 12.00 am, room 128. Studies of young stellar populations in local galaxies, spanning a variety of environments and physical conditions, reveal the modalities of the star-formation process and the co-evolution of massive stars and dust. Massive stars drive the dynamical and chemical evolution of their host galaxy.
Galaxies and the intergalactic medium
The School is hosted by SISSA and DEMOCRITOS. These institutions are major players in the field of numerical simulations of material properties with a 25-year tradition of methodological innovation and high-quality software development.
