Observatorio de I+D+i UPM
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INVESTIGADORES
ESTRUCTURAS DE I+D+I
ACTIVIDAD INVESTIGADORA
INNOVACIÓN
Investigador
David Portillo Garcia
Categoría Investigador
L.D. PRF.CONTR.DOCT.
Escuela UPM
E.T.S. DE INGENIEROS INDUSTRIALES
Departamento:
INGENIERÍA MECÁNICA
Area Conocimiento
MECANICA DE MEDIOS CONT. Y TEORIA DE ESTRUCT.
Grupo de Investigación:
Modelado y Simulación en Ingeniería Mecánica
Email (Directorio UPM)
david.portillo
upm.es
Datos de Memorias relacionados
Proyectos de I+D+i y generación de recursos
6 Proyectos de I+D+i
1: (2011)
HIPER (1): European High Power Laser Energy Research Facility
2: (2011)
HIPER (1): European High Power Laser Energy Research Facility
3: (2015)
ARWENIFX: Perfeccionamiento del código ARWEN para el estudio y diseño de blancos para fusión inercial y láseres de rayos X
4: (2016)
MÉTODOS NUMÉRICOS QUE PRESERVAR LAS LEYES DE LA TERMODINÁMICA: DISEÑO, ANÁLISIS Y APLICACIONES EN MECÁNICA DE SÓLIDOS Y FLUIDOS
5: (2017)
Modelización del comportamiento termo-mecánico de metales a nivel de cristal
6: (2018)
Modelización del comportamiento termo-mecánico de metales a nivel de cristal
Formación de Investigadores y Movilidad
1 Estancias y sabáticos recogidos en programas oficiales
1: (2017)
Institute of Structural Mechanics. Univ of Stuttgart
1 Tesis Doctorales
1: (2015)
Desarrollo de un método numérico para flujos multimaterial en 2D en ARWEN
Difusión de Resultados de Investigación
11 Artículos en revistas
1: (2010)
Hydrodynamic study of plasma amplifiers for soft-x-ray lasers: A transition in hydrodynamic behavior for plasma columns with widths ranging from 20 mu m to 2 mm
2: (2011)
Study of rapid ionisation for simulation of soft X-ray lasers with the 2D hydro-radiative code ARWEN
3: (2013)
Non-Maxwellian electron distributions in time-dependent simulations of low-Z materials illuminated by a high-intensity X-ray laser
4: (2014)
Simulation of radiative shock waves in Xe of last PALS experiments
5: (2014)
Simulation of radiative shock waves in Xe of last PALS experiments
6: (2015)
Simulation of radiative shock waves in Xe of last PALS experiments
7: (2015)
Simulation of radiative shock waves in Xe of last PALS experiments
8: (2017)
Energy-entropy-momentum integration schemes for general discrete non-smooth dissipative problems in thermomechanics
9: (2017)
MUESLI - a Material UnivErSal LIbrary
10: (2019)
Interaction of Hemispherical Blast Waves with Inhomogeneous Spheres: Probing the Collision of a Supernova Ejecta with a Nearby Companion Star in the Laboratory
11: (2019)
The Coriolis mass flow meter as a volume meter for the custody transfer in liquid hydrocarbons logistics
2 Capítulos de libros
1: (2014)
Atomic and Plasma Physics Software and Databases for the Simulation of Short Wavelength Sources
2: (2014)
Time-Dependent Simulation of Carbon Iluminated by a High Intensity X-Ray Laser
2 Otras Publicaciones
1: (2013)
Influence of non-maxwellian electron distribution in low-Z elements iluminated by a high intensity X-ray laser
2: (2014)
Time-Dependent Simulation of Carbon Illuminated by a High Intensity X-Ray Laser
12 Ponencia en Congresos
1: (2012)
Time-dependent simulation of carbon iluminated by a high intensity X-ray laser
2: (2012)
Time-dependent simulation of low-Z elements iluminated by a high intensity X-ray laser (POSTER)
3: (2014)
Interaction of High Intentity X Ray Beams with Matter
4: (2014)
Laser produced radiative shock waves in Xe: simulation of previous PALS experiments
5: (2014)
Laser produced radiative shock waves in Xe: simulation of previous PALS experiments (poster)
6: (2016)
Energy-Entropy-Momentum integration schemes for non-smooth dissipative problems
7: (2016)
Entropy-Energy-Momentum integration schemes for non-smooth dissipative problems
8: (2016)
MUESLI: a Material Universal Library.
9: (2016)
Unconditionally energy and entropy stable integration methods for nonlinear models of dissipative solids
10: (2017)
General energy-entropy-momentum integration methods for non-linear themomechanics
11: (2018)
A new thermodynamically consistent finite element method for compressible flows
12: (2018)
Integration schemes that preserve the two laws of thermodynamics for dissipative problems
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S2i 2023 Observatorio de investigación @ UPM con la colaboración del Consejo Social UPM
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