COLLOQUIUM 668
Coherent structures in multiphysics flows: modelling, control and interpretation

1 July — 3 July 2026, Berlin, Germany

We are delighted to welcome the fluid mechanics community to the EuroMech Colloquium at Technische Universität Berlin, taking place from 1–3 July 2026.

Objectives

This EUROMECH Colloquium aims to bring together experts working at the intersection of data-driven analysis and physics-based modeling of coherent structures in turbulent flows, particularly in the presence of multi-physics interactions. Coherent structures play a key role in shear-flow turbulence, but their prediction and control remain challenging—especially when multiple physical processes are coupled. The event will focus on hybrid approaches combining physical models with techniques such as machine learning and data assimilation. By fostering interdisciplinary exchange, the colloquium will offer a well-balanced program featuring both methodological advances and application-oriented talks in turbulence and flow control.

Topics

We invite submission of abstracts on ongoing activities on:

  • Coherent structures in turbulent flows with:
    • Compressibility
    • Reacting and multi-phase flows
    • Complex geometries
    • Fluid-structure interaction
    • High Reynolds numbers
    • and more Multiphysics...
  • Data-driven modal decomposition
  • Reduced-order modelling & flow control
  • Mean-field-based modelling: extensions and limits
  • Physics-informed machine learning and data assimilation

Important dates

Abstract submission:

  • 01.12.2025: Opening of abstract submission
  • 15.02.2026: Deadline of abstract submission
  • 15.03.2026: Authors notification of acceptance

Registration:

  • 01.06.2026: End of early-bird registration
  • 15.06.2026: Registration deadline

Awards

To recognize outstanding contributions, a Best Presentation Award will be attributed at the end of the conference. The details of the prize will be announced soon—stay tuned!

Conference Organizers:

  • Prof. Dr. Kilian Oberleithner (TU Berlin)
  • Dr. Peter Jordan (CNRS, Université de Poitiers)

For any questions regarding the scope or process of the colloquium, please feel free to contact us at euromech668@flow.tu-berlin.de

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