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Garcia Espinosa, Julio julio.garcia.espinosa@upm.es

ARQUITECTURA, CONSTRUCCIÓN Y SISTEMAS OCEÁNICOS Y NAVALES (DACSON) / Universidad Politécnica de Madrid

Actividades

A Petrov-Galerkin formulation for the alpha interpolation of FEM and FDM stencils: Applications to the Helmholtz equation

  • Nadukandi, Prashanth
  • Onate, Eugenio
  • Garcia, Julio;

International Journal For Numerical Methods In Engineering (p. 1367-1391) - 16/3/2012

10.1002/nme.3291 Ver en origen

  • ISSN 00295981

Simulation of Water Circulation over a Model of a Submarine Canyon by Using FIC-FEM Numerical Model

  • German, A.
  • Garcia-Espinosa, J.
  • Espino, M.
  • Maidana, M. A.;

Journal Of Waterway Port Coastal And Ocean Engineering (p. 21-29) - 1/1/2012

10.1061/(asce)ww.1943-5460.0000105 Ver en origen

  • ISSN 0733950X

A high-resolution Petrov-Galerkin method for the convection-diffusion-reaction problem. Part II-A multidimensional extension

  • Nadukandi, Prashanth
  • Onate, Eugenio
  • Garcia, Julio;

Computer Methods In Applied Mechanics And Engineering (p. 327-352) - 1/1/2012

10.1016/j.cma.2011.10.003 Ver en origen

  • ISSN 00457825

A fourth-order compact scheme for the Helmholtz equation: Alpha-interpolation of FEM and FDM stencils

  • Nadukandi, Prashanth
  • Onate, Eugenio
  • Garcia, Julio;

International Journal For Numerical Methods In Engineering (p. 18-46) - 8/4/2011

10.1002/nme.3043 Ver en origen

  • ISSN 00295981

A family of residual-based stabilized finite element methods for Stokes flows

  • Onate, Eugenio
  • Nadukandi, Prashanth
  • Idelsohn, Sergio R.
  • Garcia, Julio
  • Felippa, Carlos;

International Journal For Numerical Methods In Fluids (p. 106-134) - 30/1/2011

10.1002/fld.2468 Ver en origen

  • ISSN 02712091

A high-resolution Petrov-Galerkin method for the 1D convection-diffusion-reaction problem

  • Nadukandi, Prashanth
  • Onate, Eugenio
  • Garcia, Julio;

Computer Methods In Applied Mechanics And Engineering (p. 525-546) - 1/1/2010

10.1016/j.cma.2009.10.009 Ver en origen

  • ISSN 00457825

Analysis of a consistency recovery method for the 1D convection-diffusion equation using linear finite elements

  • Nadukandi, Prashanth
  • Onate, Eugenio
  • Garcia, Julio;

International Journal For Numerical Methods In Fluids (p. 1291-1320) - 30/7/2008

10.1002/fld.1863 Ver en origen

  • ISSN 02712091

ODDLS: A new unstructured mesh finite element method for the analysis of free surface flow problems

  • Garcia-Espinosa, Julio
  • Valls, Aleix
  • Onate, Eugenio;

International Journal For Numerical Methods In Engineering (p. 1297-1327) - 26/11/2008

10.1002/nme.2348 Ver en origen

  • ISSN 00295981

Computation of turbulent flows using a finite calculus-finite element formulation

  • Onate, E.
  • Valls, A.
  • Garcia, J.;

International Journal For Numerical Methods In Fluids (p. 609-637) - 1/6/2007

10.1002/fld.1476 Ver en origen

  • ISSN 02712091

Modeling incompressible flows at low and high Reynolds numbers via a finite calculus-finite element approach

  • Onate, Eugenio
  • Valls, Alelx
  • Garcia, Julio;

Journal Of Computational Physics (p. 332-351) - 20/5/2007

10.1016/j.jcp.2007.02.026 Ver en origen

  • ISSN 00219991

Un método de elementos finitos para análisis hidrodinámico de estructuras navales

  • Julio García Espinosa
  • Honorio Sierra Cano
  • Eugenio Oñate Ibáñez de Navarra

1/1/2000

  • ISBN 8489925755
  • iMarina

Ship Hydrodynamics

  • Oñate, Eugenio
  • García-Espinosa, Julio
  • Idelsohn, Sergio R.
  • Serván-Camas, Borja

Encyclopedia Of Computational Mechanics (p. 1-46) - 15/12/2017

10.1002/9781119176817.ecm2070 Ver en origen

A finite element method for fluid-structure interaction with surface waves

  • Onate, E
  • Garcia, J;

Trends In Computational Structural Mechanics (p. 709-730) - 1/1/2001

  • iMarina

Computational analysis of resisting marine FRP divisions exposed to fire. Application to the analysis of ship structures

  • O Casals, D Di Capua, J Garcia, A Korkealaakso, R Pacheco, A Tissari, H Tuula

Marine 2021 - Computational Methods In Marine Engineering Ix - 2/6/2021

  • iMarina

Non-linear thermo-mechanical buckling approach for composite laminated marine structures

  • O. Casals D. Di Capua, J. Garcia, R. Pacheco

Marine 2021 - Computational Methods In Marine Engineering Ix - 2/6/2021

  • iMarina

Advances in the Development of a Computational Model for Analysis of Ship Navigation in Brash Ice

  • J. Colom-Cobb, J. García-Espinosa, B. Serván-Camas

Marine 2021 - Computational Methods In Marine Engineering Ix - 2/6/2021

  • iMarina

HYDRODYNAMIC ANALYSIS OF A SEMI-SUBMERSIBLE FLOATING WIND TURBINE. NUMERICAL VALIDATION OF A SECOND ORDER COUPLED ANALYSIS

  • Gutierrez-Romero, J. E.
  • Servan-Camas, B.
  • Garcia-Espinosa, J.;

7th International Conference On Computational Methods In Marine Engineering, Marine 2017 (p. 765-776) - 1/1/2017

  • iMarina

DYNAMIC MODELLING OF MOORING FOR FLOATING OFFSHORE STRUCTURES MARINE 2013

  • Gutierrez, J. E.
  • Zamora, B.
  • Garcia-Espinosa, J.
  • Esteve, J.;

Computational Methods In Marine Engineering V - Proceedings Of The 5th International Conference On Computational Methods In Marine Engineering, Marine 2013 (p. 309-319) - 1/1/2013

  • iMarina

ADVANCES IN THE DEVELOPMENT OF A TIME-DOMAIN UNSTRUCTURED FINITE ELEMENT METHOD FOR THE ANALYSIS OF WAVES AND FLOATING STRUCTURES INTERACTION MARINE 2011

  • Servan-Camas, Borja
  • Garcia-Espinosa, Julio;

Computational Methods In Marine Engineering Iv (Marine 2011) (p. 450-457) - 1/1/2011

  • iMarina

VISCOUS-FLOW CALCULATIONS FOR KVLCC2 IN DEEP AND SHALLOW WATER

  • Toxopeus, Serge;

Computational Methods In Marine Engineering Iv (Marine 2011) (p. 351-368) - 1/1/2011

  • iMarina

PREDICTION OF THE TRANSOM FLOW REGIME WITH VISCOUS FREE SURFACE COMPUTATIONS MARINE 2011

  • van der Ploeg, Auke
  • Starke, Bram;

Computational Methods In Marine Engineering Iv (Marine 2011) (p. 638-649) - 1/1/2011

  • iMarina

Este/a investigador/a no tiene documentos de trabajo.

Este/a investigador/a no tiene informes técnicos.

Desarrollo, diseño y plataforma de control de la plataforma española de Energía marina renovable. ATIR 2.0.

  • García Espinosa, Julio (Investigador principal (IP))
  • GONZALEZ GUTIERREZ, LEO MIGUEL (Participante)
  • SOUTO IGLESIAS, ANTONIO (Participante)

Ejecución: Desde 25-04-2023

Tipo: Nacional

  • iMarina

Desarrollo de una herramienta integral de optimización de rutas buque

  • Angulo Ardoy, Pablo (Participante)
  • MOLINA SANCHEZ, RAFAEL (Investigador principal (IP))
  • García Espinosa, Julio (Investigador principal (IP))

Ejecución: 01-09-2022 - 31-08-2025

Tipo: Nacional

  • iMarina

New production technologies for the Shipyard 4.0

  • García Espinosa, Julio (Investigador principal (IP))

Ejecución: 17-01-2022 - 31-12-2023

Tipo: Internacional

Importe financiado: 80322,14 Euros.

  • iMarina

Development, engineering, production and life cycle management of improved FIBRE-based material solutions for structural and functional components of large offshore wind enerGY and tidal power platforms

  • CALDERON SANCHEZ, JAVIER (Participante)
  • SOUTO IGLESIAS, ANTONIO (Participante)
  • HERREROS SIERRA, MIGUEL ANGEL (Participante)
  • SILVA CAMPILLO, ARTURO (Participante)
  • García Espinosa, Julio (Investigador principal (IP))

Ejecución: 08-03-2021 - 31-12-2023

  • iMarina

Desarrollo, validación y demostración de un algoritmo semilagrangiano para el análisis de la navegación en hielo de buques.

  • SERVAN CAMAS, BORJA (Investigador principal (IP))
  • García Espinosa, Julio (Investigador principal (IP))

Ejecución: 01-01-2019 - 21-03-2022

Tipo: Nacional

Importe financiado: 78650,00 Euros.

  • iMarina

Este/a investigador/a no tiene tesis dirigidas.

Este/a investigador/a no tiene patentes o licencias de software.

Última actualización de los datos: 5/03/24 19:02