ConFlex - Researching the control of flexible structures and fluid structure interactions

The ConFlex consortium is funded by the H2020-MSCA-ITN programme (grant agreement No 765579) . It aims to train next generation of researchers on the control of flexible structures and fluid-structure interactions, using and also contributing to the latest advances in control theory and energy-based modelling.

Locations and Partnerships

We are located at 10 universities in:

  • Israel (Tel Aviv University),
  • the UK (University of Warwick, Imperial College, University of Exeter),
  • France (University de France-Comte, University de Bordeaux),
  • Spain (Universidad Autonoma de Madrid),
  • Germany (Bergische University Wuppertal, Friedrich-Alexander University Erlangen Nuremberg)
  • The Netherlands (University of Twente).

In addition, we have four partner universities in Canada, China, USA and France and 11 prestigious industry partners, mostly from Europe.

Applications

The applications that we plan to investigate concern a wide range of flexible structures in interaction with fluids:

  • wind turbines,
  • aircraft wings,
  • precision machine tools,
  • vessels linked by cables as encountered in marine salvage operations
  • microscopic electromechanical devices.

These apparently unrelated systems face similar challenges and will be analysed and controlled in a unified framework.

 

Follow us @ConFlex 2017

@ConFlex2017 First network meeting was successfully held at Twente, 25 June to 4 July. The gathering included a kick-off meeting… twitter.com/i/web/status/1…
@ConFlex2017 ConFlex Consortium’s first network meeting is scheduled to be held between 24th June and 4 July, at the University… twitter.com/i/web/status/1…
@ConFlex2017 The website for ConFlex Consortium now is live at conflex.org.

Latest updates from ConFlex

4th Network Meeting: PI Control of MIMO Stable Nonlinear Plants Using Projected Dynamical Systems Theory by Pietro Lorenzetti (Tel Aviv University)

PI Control of MIMO Stable Nonlinear Plants Using Projected Dynamical Systems Theory, Pietro Lorenzetti (Tel Aviv University), presentation at the fourth network...

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4th Network Meeting: Vortex-lattice-based nonlinear aeroservoelastic modelling and analysis of large floating wind turbines, Arturo Muñoz-Simón(Imperial College London)

Vortex-lattice-based nonlinear aeroservoelastic modelling and analysis of large floating wind turbines, Arturo Muñoz-Simón, Imperial College London, presentation at...

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4th Network Meeting: Minimal Nonlinear Modal Aeroelastic Descriptions for Highly Flexible Aircraft Control, Marc Artola (Imperial College London)

Minimal Nonlinear Modal Aeroelastic Descriptions for Highly Flexible Aircraft Control, Marc Artola, Imperial College London, presentation at the fourth network...

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