Skip to content
Back Home
  • People
  • RESEARCH & INNOVATION
    • Research Areas
    • FUNDED PROJECTS
    • Reports and books
  • Education
    • Computational Science & Computational Learning (CSCL)
    • Statistical Learning (STAT)
  • DISSEMINATION
    • Mox Colloquia
    • MOX SEMINARS
    • Conferences and Workshops
  • Societal Outreach
  • Media
    • News
    • PRESS
    • YouTube Channel
  • Search
Back Home
  • Search
  • People
  • RESEARCH & INNOVATION
    • Research Areas
    • FUNDED PROJECTS
    • Reports and books
  • Education
    • Computational Science & Computational Learning (CSCL)
    • Statistical Learning (STAT)
  • DISSEMINATION
    • Mox Colloquia
    • MOX SEMINARS
    • Conferences and Workshops
  • Societal Outreach
  • Media
    • News
    • PRESS
    • YouTube Channel
Home » sc4i » C&F paper on high order DG LES for compressible flows
sc4i SC4I News

C&F paper on high order DG LES for compressible flows

by Nicola Parolini|Published January 21, 2019

Antonella Abbà, Luca Bonaventura and other group members published a paper in JCP presenting the first application of dynamic models in a VMS-DG framework. The paper can be downloaded here

https://www.sciencedirect.com/science/article/pii/S0045793015002972

  • Compressible Flows
  • DG
  • LES

You may also like

Published January 24, 2018

Traspiration conditions for FSI simulation of packaging

Based on the numerical tools developed in past projects carried on in collaboration with MOXOFF in the framework of a long lasting collaboration with Tetra […]

ESCAPE-2 Workshop
Published January 19, 2019

ESCAPE-2 Workshop

A workshop devoted to Fault tolerant algorithms and resiliency approaches for exascale computing was organized by SC4I at MOX on January 23-24 2019 in […]

Published January 21, 2018

C&F paper on control of compressible-incompressible flows

  A new paper by Mattia Tamellini, Nicola Parolini and Marco Verani on the control of compressible-incompressible flows has been published on Computers&Fluids. The […]

Published January 21, 2019

MOX report on particle tracking in quadrupoles

Abele Simona, Luca Bonaventura and co-authors at CEA, Saclay have published a MOX report proposing improved techniques for the numerical simulation of […]

  • SC4I
    • People
    • Projects
    • Publications
    • Seminars

Post navigation

  • Previous post JSC paper on monotonic ODE methods for stiff problems
  • Back to post list
  • Next post Reduced models for the simulation of continuous mixing
      

© 2022 MOX Politecnico di Milano – Dipartimento di Matematica – Via Bonardi, n 9 – 20133 Milano – P.IVA 04376620151 – C.F. 80057930150

Privacy Policy

Cookie Policy

Contacts

Mail address:
p.za Leonardo da Vinci 32
20133 Milano
Phone: +39 02 2399 4611
Web site: mox.polimi.it
E-mail: lab-mox@polimi.it
E-mail: segreteria-mox@polimi.it