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Datos personales
Nombre   Hervella Nieto, Luis María
Área conocimiento   Matemática aplicada
Categoría   Profesor Titular de Universidad
Dedicación   Total
Correo   luis.hervella@udc.es
Web personal   http://dm.udc.es/staff/luis_hervella
Grupo investigación   M2NICA

Localización
Centro Campus Teléfono Extensión

Docencia
Titulación(es) Asignatura(s)

Artículos publicados
  • X. Sagartazazu, L. Hervella-Nieto, A. Prieto.
    Experimental validation of a coupled acoustic fluid-poroelastic-plate model with frontal and lateral source excitations.
    Journal of Theoretical and Computational Acoustics, 0 (2024) , .

  • Philippe Destuynder, Luis Hervella-Nieto, Paula M. López-Pérez, José Orellana, Andrés Prieto.
    A modal-based Partition of Unity Finite Element Method for layered wave propagation problems.
    Computers and Structures, 265 (2022) , 106759.

  • Luis Hervella-Nieto, Paula M. López-Pérez, Andrés Prieto.
    Robustness and dispersion analysis of the Partition of Unity Finite Element Method applied to the Helmholtz equation.
    Computers & Mathematics with Applications, 79 (2020) , 8 , 2426-2446.

  • Stefanie Retka, Luis Hervella-Nieto, Steffen Marburg.
    Comparison of pressure and displacement formulations for finite elements in linear time-harmonic acoustics.
    Computers and Structures, 151 (2015) , 49-57.

  • Felix Dietzsch, Luis Hervella-Nieto, Steffen Marburg, Rodolfo Rodríguez, Hannah Weisbecker.
    Physical and spurious modes in mixed finite element formulation for the Galbrun equation.
    Acta Acustica united with Acustica, 100 (2014) , 3 , 493 - 512.

  • Xavier Sagartzazu, Luis Hervella-Nieto.
    Impedance prediction for several porous layers on a moving plate: Application to a plate coupled to an air cavity .
    Journal of Computational Acoustics, 19 (2011) , 379-394.

  • Alfredo Bermúdez, Pablo Gamallo, Luis Hervella-Nieto, Andrés Prieto.
    Numerical simulation of active-passive cells with microperforated plates or porous veils.
    Journal of Sound and Vibrations, 329 (2010) , 3233-3246.

  • Alfredo Bermúdez, Luis Hervella-Nieto, Andrés Prieto, Rodolfo Rodrí­guez.
    Perfectly Matched Layers for Time-Harmonic Second Order Elliptic Problems.
    Archives of Computational Methods in Engineering, 17 (2010) , 77-107.

  • X. Sagartzazu, Luis Hervella-Nieto, J. M. Pagalday.
    Numerical computation of the acoustic pressure in a coupled covered plate/fluid problem. Experimental validation.
    Acta Acustica united with Acustica, 96 (2010) , 317-327.

  • Erwin Hernández, Luis Hervella-Nieto.
    Finite element approximation of free vibration of folded plates.
    Computer Methods in Applied Mechanics and Engineering, 198 (2009) , 1360-1367.

  • X. Sagartzazu, Luis Hervella-Nieto, J. M. Pagalday.
    Review in Sound Absorbing Materials.
    Archives of Computational Methods in Engineering, 15 (2008) , 311-342.

  • Alfredo Bermúdez, Luis Hervella-Nieto, Andrés Prieto, Rodolfo Rodrí­guez.
    An exact bounded perfectly matched layer for time-harmonic scattering problems.
    SIAM Journal on Scientific Computing, 30 (2007) , 1 , 312-338.

  • Alfredo Bermúdez, Luis Hervella-Nieto, Andrés Prieto, Rodolfo Rodrí­guez.
    Validation of acoustic models for time harmonic dissipative scattering problems.
    Journal of Computational Acoustics, 15 (2007) , 1 , 95-121.

  • Alfredo Bermúdez, Luis Hervella-Nieto, Andrés Prieto, Rodolfo Rodrí­guez.
    An optimal perfectly matched layer with unbounded absorbing function for time-harmonic acoustic scattering problems.
    Journal of Computational Physics, 223 (2007) , 469-488.

  • Alfredo Bermúdez, Luis Hervella-Nieto, Andrés Prieto, Rodolfo Rodrí­guez.
    Numerical simulation of time-harmonic scattering problems with an optimal PML.
    Scientia. Series A. Mathematical Sciences, 13 (2006) , 58-71.

  • Alfredo Bermúdez, Luis Hervella-Nieto, Andrés Prieto, Rodolfo Rodrí­guez.
    An exact bounded PML for the Helmholtz equation.
    Comptes Rendus Mathématique, 339 (2004) , 803-808.

  • Ricardo Durán, Erwin Hernández, Luis Hervella-Nieto, Elsa Liberman, Rodolfo Rodrí­guez.
    Error estimates for low-order isoparametric quadrilateral finite elements for plates.
    SIAM Journal on Numerical Analysis, 41 (2003) , 1751-1772.

  • Erwin Hernández, Luis Hervella-Nieto, Rodolfo Rodrí­guez.
    Computation of the vibration modes of plates and shells by low-order MITC quadrilaterial finite elements.
    Computers and Structures, 31 (2003) , 615-628.

  • Alfredo Bermúdez, Pablo Gamallo, Luis Hervella-Nieto, Rodolfo Rodrí­guez.
    Finite element analysis of pressure formulation of the elastoacoustic problem.
    Numerische Mathematik, 95 (2003) , 29-51.

  • Alfredo Bermúdez, Luis Hervella-Nieto, Rodolfo Rodrí­guez.
    A modal synthesis method for the elastoacoustic vibration problem.
    Mathematical Modelling and Numerical Analysis, 36 (2002) , 121-142.

  • Alfredo Bermúdez, Luis Hervella-Nieto, Rodolfo Rodrí­guez.
    Finite element computation of the vibrations of a plate-fluid system with interface damping.
    Computer Methods in Applied Mechanics and Engineering, 190 (2001) , 3021-3038.

  • Ricardo G. Durán, Elsa Liberman, Luis Hervella-Nieto, Rodolfo Rodrí­guez, J. Solomí­n.
    Finite element analysis of the vibration problem of a plate coupled with a fluid.
    Numerische Mathematik, 86 (2000) , 591-616.

  • Ricardo G. Durán, Elsa Liberman, Luis Hervella-Nieto, Rodolfo Rodrí­guez, J. Solomí­n.
    Approximation of the vibration modes of a plate by Reissner-Mindlin equations.
    Mathematics of Computation, 228 (1999) , 1447-1463.

  • Alfredo Bermúdez, Luis Hervella-Nieto, Rodolfo Rodrí­guez.
    Finite element computation of three dimensional elastoacustic vibrations.
    Journal of Sound and Vibrations, 219 (1999) , 279-306.

Proyectos de investigación
  • Métodos matemáticos y simulación numérica en economía y finanzas cuantitativas, biotecnología, medioambiente e ingeniería.