Manuel Jesus Espin Milla
Associate Professor
e-mail: mjespin@us.es

Education: PhD in Physics, 2005, University of Granada.
Doctoral thesis: Rheological and dielectric properties of electrorheological fluids. Supervisor: Ángel V. Delgado Mora y Juan de Dios García López-Durán.

Main scientific results:

Characterization of the rheological properties of hematite suspensions in silicone oil under continuous and alternating electric fields (of different frequencies) in precizalla and stationary flow conditions.
Characterization of the optical and structural properties of suspensions of hematite in silicone oil under continuous electric fields.

Main scientific publications:
Rheology of magnetofluidized fine powders: The role of interparticle contact forces. Journal of Rheology vol. 54 (2), pp. 719-740 (2010).

Authors: Espín Milla, Manuel Jesús.


Stabilization of gas-fluidized beds of magnetic powders by a cross-flow magnetic field. Journal of Fluid Mechanics vol. 680, pp. 80 - 113 (2011).

Authors: Valverde Millán, Jose Manuel; Espín Milla, Manuel Jesús; Sanchez Quintanilla, Miguel Angel; Castellanos Mata, Antonio.


Magnetic field induced inversion in the effect of particle size on powder cohesiveness. Journal of Chemical Physics vol. 133 (2), (2010).

Authors: Espín Milla, Manuel Jesús.


Electromechanics of fluidized beds of nanoparticles. Physical Review E vol. 79 (1), (2009).

Authors: Valverde Millán, Jose Manuel; Espín Milla, Manuel Jesús; Sanchez Quintanilla, Miguel Angel; Castellanos Mata, Antonio.


Quasi-static electrorheological properties of hematite/silicone oil suspensions under DC electric fields. Langmuir vol. 21 (11), pp. 4896-4903 (2005).

Authors: Manuel Jesus Espin Milla, A. V. Delgado, and J. Plocharski.


Structural explanation of the rheology of a colloidal suspension under high dc electric fields. Physical Review E vol. 73 (4), (2006) .

Authors: Manuel Jesus Espín Milla, Ángel V. Delgado, and Fernando González-Caballero.



Patents:

2008-07-10.

  • Description: Fluidization of Fine and Ultrafine Powders Assisted by Oscillating Electric Fields.
  • Participants: Jose Manuel Valverde Millán, Miguel Angel Sanchez Quintanilla, Manuel Jesús Espín Milla, Antonio Castellanos Mata.
  • Holder entity: Seville University.
  • 2009-07-09.

  • Description: Fluidization of Fine and Ultrafine Powders Assisted by Oscillating Electric Fields.
  • Participants: Valverde Millán, Jose Manuel, Sanchez Quintanilla, Miguel Angel, Espín Milla, Manuel Jesús, Castellanos Mata, Antonio.
  • Holder entity: Seville University.
  • 2011-12-15.

  • Description: Procedure to Improve the Fluidization of Co2 Adsorbent Fine Co2 Adsorbent Powders.
  • Participants: Valverde Millán, Jose Manuel, Soria del Hoyo, Carlos, Espín Milla, Manuel Jesús, Sanchez Quintanilla, Miguel Angel, Castellanos Mata, Antonio.
  • Holder entity: Seville University.

  • Popularization books:
    Fundamental Physics of Technical Architecture. Santander (SPAIN). Secretariat of Audiovisual Resources and New Technologies. Sevilla University. 2009.

    Authors: Espín Milla, Manuel Jesús, López Tarrida, Antonio José.

    Hygienic and Psychophysical Techniques in Risk Prevention. Secretariat of Audiovisual Resources and New Technologies. Sevilla University. 2010.

    Authors: Espín Milla, Manuel Jesús.

    Physics I: Mechanics. Seville,. Secretariat of Audiovisual Resources and New Technologies. Sevilla University. 2010.

    Authors: Cabello Quintero, Adan, Espín Milla, Manuel Jesús, Fernández Rueda, Agustín, Galindo del Pozo, Miguel, García Barrón, Leoncio, et. al.

    Alternating Field Electronanofluidization. Vol. 1145. Pag. 97-100. En: Powders and Grains 2009: Proceedings of the 6th International Conference on Micromechanics. The American Institute of Physics. 2009.

    Authors: Espín Milla, Manuel Jesús, Valverde Millán, Jose Manuel, Sanchez Quintanilla, Miguel Angel, Castellanos Mata, Antonio.

    Magnetofluidization of Fine Magnetite Particles. Vol. 1145. Pag. 119-122. En: Powders and Grains 2009: Proceedings of the 6th International Conference on Micromechanics. The American Institute of Physics. 2009.

    Authors: Sanchez Quintanilla, Miguel Angel, Espín Milla, Manuel Jesús, Valverde Millán, Jose Manuel, Castellanos Mata, Antonio.

    Particle Structuring and Yield Stress in Magnetofluidized Beds. Vol. 1254. Pag. 33-38. En: Porous Media and Its Applications in Science, Engineering, and Industry: 3rd International. The American Institute of Physics. 2010.

    Authors: Valverde Millán, Jose Manuel, Espín Milla, Manuel Jesús, Sanchez Quintanilla, Miguel Angel, Castellanos Mata, Antonio.

    On the Training of a Beginning Professor and its Interaction with Students and Other Professors with Experience of the Subject Fundamental Physics of Technical Architecture. Vol. 19. Pag. 371-383. In: Program of teaching teams for the training of novice teachers: courses 2004-2005 to 2007-2008. Instituto de Ciencas de la Educación. Vice-rectorate of Teaching. Sevilla University. 2011.

    Authors: Espín Milla, Manuel Jesús, López Tarrida, Antonio José.



    For any questions or suggestions contact me through my email.




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