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Dr
Anne Juel (Reader and EPSRC Advanced Research fellow) Manchester Centre for Nonlinear Dynamics and School of Mathematics, University of Manchester , Oxford Road, Manchester M13 9PL, UK. Tel. Office (Alan Turing): + 44 (0) 161 275 5829; Lab (G.21, Schuster): 54073 Fax: + 44 (0) 161 275 5819 E-mail: anne.juel [at] manchester.ac.uk |
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Please contact me regarding PhD
projects available to start in 2012My research interests lie at
the interface between Physics, Applied
Mathematics and Engineering and focus on the understanding
of nonlinear dynamics in fluid systems and nonlinear elasticity, with a focus on instabilities
and pattern formation. My approach is
through a close
interplay between careful experimentation and theoretical analysis. In January 2007, we moved into newly refurbished laboratories in
the Manchester Centre for
Nonlinear Dynamics in the School of Physics and Astronomy (room
G.21 in the Schuster Laboratory). Current research: (under construction...) 1. Thin-film flows and pore-scale dynamics of bubbles and fronts. 2. Fluid-elastic instabilities 3. Dynamics
of interfaces excited by horizontal oscillations
Dr Alice Thompson, PDRA (Nov. 2011 - present), Geoffrey Dawson, PhD
student (May 2010 - present), Nico Bergemann, PhD
student (Oct. 2011 - present), with Prof. M. Heil. Collaborators:
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Former group members: Dr Draga Pihler-Puzovic, PDRA (2011), Dr Mickael Pailha, PDRA (2010-2011), Dr Shreyas Jalikop, PhD
University of Manchester (2009), Dr Alexandra Heap, PhD University of Manchester (2007), Dr Alberto de Lozar, PDRA (2005-2007), Dr Emma Talib, PhD University of Manchester (2006), Instability of oscillatory two-layer
viscous flow. Former visiting students: Pierre Illien (ENS Paris, 2011), Sebastien Guillochon (IPSA Paris, 2009), Aurelien Gaufres (Orsay Paris XI, 2009) Former MSc students: Hugh Rice MSc University of Manchester (2004), Samina Ali MSc University of Manchester (2003), Alexandra Heap MSc University of
Manchester (2002). Reviews
of my research: Experiments on the transition to turbulence in the Reynolds
pipe were the focus of an article of Physics |
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