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Colloquium “Nonlinear dynamics at zero Reynolds number”, Imperial College London, May 21-23, 2024

Du 21 mai 2024 au 23 mai 2024

 Imperial College, London, UK
Contacts : blaise.delmotte@polytechnique.edu, e.keaveny@imperial.ac.uk


We are happy to announce the upcoming Euromech Colloquium on “Nonlinear dynamics at zero Reynolds number” at Imperial College London from May 21st to May 23rd 2024: https://645.euromech.org/. Abstract submission is open now (deadline 10 April) and registration will open very soon! The Colloquium will focus on nonlinear phenomena arising in elastohydrodynamics (active/passive filaments) and hydrochemical couplings (phoretic particles, Marangoni propulsion,…). We aim for the Colloquium to attract both theoreticians and experimentalists in these exciting and sometimes connected areas. An important dimension of the Colloquium is to provide a forum for an exchange of techniques and methodologies (computational dynamical systems, asymptotic analysis, experimental and simulation techniques) between researchers on these topics, as well as explore the commonalities and differences between the mechanisms of instability that are encountered. We hope to see you in London in May!

 Dear Colleagues,

We are happy to announce the upcoming Euromech Colloquium on “Nonlinear dynamics at zero Reynolds number” at Imperial College London from May 21st to May 23rd 2024: https://645.euromech.org/. 

Abstract submission is open now (deadline 10 April) and registration will open very soon! 

The Colloquium will focus on nonlinear phenomena arising in elastohydrodynamics (active/passive filaments) and hydrochemical couplings (phoretic particles, Marangoni propulsion,…). We aim for the Colloquium to attract both theoreticians and experimentalists in these exciting and sometimes connected areas. An important dimension of the Colloquium is to provide a forum for an exchange of techniques and methodologies (computational dynamical systems, asymptotic analysis, experimental and simulation techniques) between researchers on these topics, as well as explore the commonalities and differences between the mechanisms of instability that are encountered. 

There will be approximately 25 invited speakers and 15 selected talks. 
A wine reception and dinner will take place in 170 Queen’s Gate, a historic mansion house on Imperial College’s campus.

We hope to see you in London in May!

With kind regards,

Blaise Delmotte and Eric Keaveny.