IFISCResearch Lines. Fluid dynamics, Biofluids, and Geophysical fluids

Fluid dynamics, Biofluids, and Geophysical fluids

Research Lines

Description

Fluid flow is a natural process occurring in a huge range of scales, from blood capillaries to atmospheric weather systems. It is also widely spread in technological settings, being its understanding crucial to aircraft design or materials production, for example.

We concentrate in two research directions: on the one hand we study basic processes in fluid flow such as stirring, mixing, chemical or biological reactivity, instabilities, pattern formation, motion of non-ideal tracers, etc. The point of view of chaotic advection is a convenient starting point. On the other hand, we apply these concepts and methods to geophysical settings, mostly in ocean dynamics: transport modelling, plankton patchiness, ocean forecasting, stochastic forcing effects, etc. More recent topics include studies of biofluids, such as embrionic nodal flow, or plankton and bacterial swimming, and topics in microfluidics.

POSTER on IFISC Fluid Dynamics line of research

Research Projects

  • OCEANTECH - Herramientas avanzadas para el estudio de la dinámica oceánica y la gestión medioambiental.

    Proyecto Intramural de Frontera, CSIC (2007-2009). PI: C. López. [PPT]

  • FISICOS - Fisica Interdisciplinar de Sistemas Complejos.

    Consolider-C project, Physics National Program, Spanish Ministry for Science and Education (2007-2012). PI: M. San Miguel. [PPT]

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Spanish National Research Council Universitat de les Illes Balears