Info & Contacts

Current position: Postdoctoral fellow

Affiliation: IMAG, University of Montpellier, France

CV: ENG, FR

Email: aurelio-edoardo.spadotto AT umontpellier.fr

ResearchGate: researchgate.net/profile/Aurelio-Spadotto

LinkedIn: linkedin.com/in/aurelio-spadotto

Publications

Conferences, Seminars and Workshops

  • WCCM ECCOMAS:(July 2026)

    Munich, Germany

    Hybrid Methods for Friedrichs Systems with Application to Scalar and Vector Diffusion-Advection Problems(A. Spadotto, D.A. Di Pietro)

  • MOX Seminar(July 2026)

    Politecnico di Milano, Italy

    Hybrid methods for Friedrichs systems(A. Spadotto, D.A. Di Pietro)

  • Séminaire de Mathématiques Appliquées (LMJL)( February 2026)

    Nantes, France

    Simulation numérique d’une membrane cellulaire à l’aide de schémas supportant des maillages polyédriques adaptables à l’interface(A. Spadotto, D.A. Di Pietro, S. Mendez)

  • Coupled Problems 2025:(May 2025)

    Villasimius, Italy

    A numerical scheme supporting polygonal meshes for a coupled Stokes/Maxwell problem (A. Spadotto, D.A. Di Pietro, S. Mendez)

  • POEMS:(November 2024)

    Paris, France

    A discrete de Rham method for an interface electrostatic problem (A. Spadotto, D.A. Di Pietro, S. Mendez)

  • Journées Math Bio Santé:(June 2024)

    Nantes, France

    Immersed boundary simulations of red blood cells in blood analyzers: representation of Maxwell stress (A. Spadotto, S. Mendez)

  • Extrem CFD Workshop, 7th Ed: (January 2024)

    Merville-Franceville, France; 2024

    Electrodeformation of red blood cells, extension to 3D and improved accuracy at membrane (A. Spadotto , S. Mendez, P. Benard)

  • Dynacaps:(July 2023)

    UTC Compiègne, France

    Towards modelling of the electro-deformation for red blood cells flowing in Coulter counters (A. Spadotto, S. Mendez)

  • Extreme CFD Workshop, 6th Ed: (January 2023)

    Merville-Franceville, France

    Ghost fluid method (GFM) for Electrodeformation (A. Spadotto , S. Mendez)

    • Event Organization

    Towards Polytopal meshes in GMSH

    Montpellier, France, 2024

    Software

    poly-memb is a 2D simulator of membrane dynamics subject to electric fields for which the strategy to treat interfaces relies on polygonal methods. You can check the documentation HERE, and get access to the project repository HERE.

    Teaching

    Education