Reduced Order Modelling, Simulation and Optimization for Coupled Systems (ROMSOC) is an Innovative Training Network funded by H2020-MSCA under GA number 765374.
Congratulations to Nirav Shah who has reached the PhD degree with his thesis "Coupled parametrised reduced order modelling of thermomechanical phenomena arising in blast furnaces".
@ArcelorMittal@UniversidadeUSC@ROMSOC_ITN@ITMATI@Sissaschool
A very successful week for #ROMSOC comes to an end. Three of our #MSCA fellows completed their industrial doctorates this week:
Marco Martinolli, Bernadett Stadler and Ashwin Nayak.
Congratulations to all of you!! 👩🎓👨🎓👨🎓👏
@MSCActions #H2020
#ROMSOC has its first doctorate completed 🥳👨🎓
This week our #MSCAfellow Giorgi Rukhaia successfully defended his PhD thesis "A FreeForm Optics Application of Entropic Optimal Transport" at @inria_paris.
Congratulations to Giorgi!!!
@MSCActions #H2020
❓ What does it take to solve critical scientific problems on an industrial scale? Pasqualina FRAGNETO will guide us through the wonderful world of applied #mathematics with her keynote on at #WIM2021 in #Catania.👉🏽👉🏽 bddy.me/3jjimvf@ROMSOC_ITN
The October issue of SIAM News is now live! In this month's edition, Paul Davis recaps Volker Mehrmann's #SIAMCSE21 talk on using port-Hamiltonian formulations as special zoom lenses for #DigitalTwins of systems like natural gas networks. Check it out! sinews.siam.org/Details-Page…
Read Umberto's blog on the real-time estimation of the mold-steel heat flux in continuous casting mold in collaboration with #Danieli: bit.ly/3nhkyGz
Based on temperature measurements and a PDE model he estimates the boundary heat flux.
See also doi.org/10.1002/nme.6713