• Ocean classification of dynamical structures detected by SAR and spectral methods 

      Redondo Apraiz, José Manuel; Martínez Benjamín, Juan José; Tellez Alvarez, Jackson David; Jorge Sánchez, Juan; Díez Rilova, Margarita; Sekula, Emil (European Space Agency (ESA), 2016)
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      We discuss a taxonomy of different dynamical featuresin the ocean surface and provide some eddy and frontstatistics, as well as describing some events detected byseveral satellites and even with additional cruise observationsand ...
    • Sediment and plankton lift off recirculations in strong synthetic turbulence (KS) 

      Redondo Apraiz, José Manuel; Castilla López, Roberto; Sekula, Emil; Furmanek, Petr (2014)
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      The study of particle diffusion and of turbulent sedimentation is of great importance in many geophysical fields, such as in Environmental Science or Oceanography as well as in Bio-environmental and industrial processes. ...
    • Structure of 3D turbulent wall jets: acoustic doppler velocity measurements 

      Sekula, Emil; Redondo Apraiz, José Manuel (Atenea. Campus digital UPC, 2009)
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      The main aim of this research is to understand and describe key aspects of the structure of turbulent jets and plumes and their interaction with coherent structures together with the effects connected with them (for example ...
    • Swimming propulsion due to vortices 

      Redondo Apraiz, José Manuel; Arellano, Raul; Carrillo Cortés, José Alejandro; Matulka, Annia; Ben Mahjoub, Otman; Sekula, Emil (Institute of Thermomechanics, Academy of Sciences of the Czech Republic, 2012-02-15)
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    • Turbulent diffusion and mixing in non-homogeneous environments 

      Redondo Apraiz, José Manuel; Díez Rilova, Margarita; Sekula, Emil; Mahjoub, Otman (2012)
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      Many experimental and field studies have been devoted to the understanding of non-homogeneous turbulent dynamics. Activity in this area intensified when the basic Kolmogorov self-similar theory was extended to two-dimensional or ...