Información del personal investigador

Autoría: ANA MARIA GRANDE SAEZ, V. ALONSO, D. VELASCO, ISMAEL BARBA GARCÍA, ANA CRISTINA LOPEZ CABECEIRA, JOSE BENITO REPRESA FERNANDEZ, LUIS JESÚS COSTILLA MITRE, JOSE ANTONIO PEREDA FERNANDEZ

2016

Accuracy limitations of the locally one-dimensional FDTD technique

Artículo de Revista

IEEE Antennas and Wireless Propagation Letters, 2014, 13, 1180-1183

Autoría: ANA MARIA GRANDE SAEZ, JOSE ANTONIO PEREDA FERNANDEZ

01/06/2014

ADI-FDTD modeling of Tellegen media

Artículo de Revista

IEEE Antennas and Wireless Propagation Letters, 2014, 13, 1529-1532

Autoría: ANA MARIA GRANDE SAEZ, JOSE ANTONIO PEREDA FERNANDEZ

01/07/2014

Contributing to the OCW initiative: implementation of a course on electricity and magnetism

Comunicación a Congreso

INTED2014 8th International Technology, Education and Development Conference (March10th-12th, 2014-Valencia, Spain): Conference Proceedings

Autoría: ANA MARIA GRANDE SAEZ, JOSE ANTONIO PEREDA FERNANDEZ

2014

FDTD-based electromagnetic simulator: a virtual

Comunicación a Congreso

INTED2014 8th International Technology, Education and Development Conference (March10th-12th, 2014-Valencia, Spain): Conference Proceedings

Autoría: ANA MARIA GRANDE SAEZ, JOSE ANTONIO PEREDA FERNANDEZ, ANA CRISTINA LOPEZ CABECEIRA, ISMAEL BARBA GARCÍA, JOSE BENITO REPRESA FERNANDEZ

2014

Reinterpreting four-stage split-step FDTD methods as two-stage methods

Artículo de Revista

IEEE Transactions on Antennas and Propagation, 2013, 61(11), 5818-5821

Autoría: ANA MARIA GRANDE SAEZ, JOSE ANTONIO PEREDA FERNANDEZ, ABDELAZIZ SERROUKH, ISMAEL BARBA GARCÍA, ANA CRISTINA LOPEZ CABECEIRA, JOSE BENITO REPRESA FERNANDEZ

01/11/2013

Implementation of absorbing boundary conditions based on the second-order one-way wave equation in the LOD- and the ADI-FDTD methods

Artículo de Revista

IEEE Antennas and Wireless Propagation Letters, 2012, 11, 981-983

Autoría: JOSE ANTONIO PEREDA FERNANDEZ, ABDELAZIZ SERROUKH, ANA MARIA GRANDE SAEZ, ANGEL VEGAS GARCIA

2012

Numerical modeling of electromagnetic wave propagation through bi-isotropic materials

Capítulo de libro

Solutions and aplications of scattering, propagation, radiation and emission of electromagnetic waves

Autoría: ISMAEL BARBA GARCÍA, ANA MARIA GRANDE SAEZ, ANA CRISTINA LOPEZ CABECEIRA, ALVARO GOMEZ GOMEZ, JOSE ANTONIO PEREDA FERNANDEZ, JOSÉ REPRESA BERMEJO

2012

The ADI-FDTD method for transverse-magnetic waves in conductive materials

Artículo de Revista

IEEE Transactions on Antennas and Propagation, 2010, 58(8), 2790-2793

Autoría: JOSE ANTONIO PEREDA FERNANDEZ, ANA MARIA GRANDE SAEZ, OSCAR GONZALEZ RODRIGUEZ, ANGEL VEGAS GARCIA

01/08/2010

A two-port WR75 waveguide turnstile gyromagnetic switch

Artículo de Revista

IEEE Transactions on Microwave Theory and Techniques, 2010, 58(6), 1485-1492

Autoría: JOSEPH HELSZAJN, ALICIA CASANUEVA LOPEZ, ANGEL MEDIAVILLA SANCHEZ, JOSE ANTONIO PEREDA FERNANDEZ, MARCO CAPLIN, BRIAN C. O'DONNELL

01/06/2010

Educational computer simulations for visualizing and understanding the interaction of electromagnetic waves with metamaterials

Comunicación a Congreso

IEEE EDUCON 2010 Conference (EDUCON 2010): Madrid, 14-16 2010

Autoría: ANA MARIA GRANDE SAEZ, OSCAR GONZALEZ RODRIGUEZ, JOSE ANTONIO PEREDA FERNANDEZ, ANGEL VEGAS GARCIA

2010

Teaching the propagation of electromagnetic waves in chiral media by using time-domain simulators

Comunicación a Congreso

EDULEARN10 Proceedings: 2nd International Conference on Education and New Learning Technologies Barcelona, Spain. 5-7 July, 2010

Autoría: ANA MARIA GRANDE SAEZ, OSCAR GONZALEZ FERNANDEZ, JOSE ANTONIO PEREDA FERNANDEZ, ANGEL VEGAS GARCIA

2010

17 resultados

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Researchers portal

Portal del personal investigador

Detalle Investigador

JOSE ANTONIO PEREDA FERNANDEZ

Identificadores

A unified view of DI- and ETD-FDTD methods for drude media

Pseudospectral frequency-domain analysis of rectangular waveguides filled by dielectrics whose permittivity varies continuously along the broad dimension

Analysis of homogeneous waveguides via the meshless radial basis function-generated-finite-difference method

On the behavior of the LOD-FDTD method at dielectric interfaces

Numerical dispersion relation for the 2D LOD-FDTD method in lossy media

Open access physics video demonstrations

Accuracy limitations of the locally one-dimensional FDTD technique

ADI-FDTD modeling of Tellegen media

Contributing to the OCW initiative: implementation of a course on electricity and magnetism

FDTD-based electromagnetic simulator: a virtual

Reinterpreting four-stage split-step FDTD methods as two-stage methods

Implementation of absorbing boundary conditions based on the second-order one-way wave equation in the LOD- and the ADI-FDTD methods

Numerical modeling of electromagnetic wave propagation through bi-isotropic materials

The ADI-FDTD method for transverse-magnetic waves in conductive materials

A two-port WR75 waveguide turnstile gyromagnetic switch

Educational computer simulations for visualizing and understanding the interaction of electromagnetic waves with metamaterials

Teaching the propagation of electromagnetic waves in chiral media by using time-domain simulators

DESARROLLO DE METASUPERFICIES A FRECUENCIAS DE MICROONDAS. CARACTERIZACION EXPERIMENTAL. Proyecto PGC2018-098350-B-C22 financiado por MCIN/ AEI /10.13039/501100011033/ FEDER "Una manera de hacer Europa"

DISPOSITIVOS DE ALTAS PRESTACIONES BASADOS EN ESTRUCTURAS CON MEDIOS COMPLEJOS Y/O METAMATERIALES PARA PROPAGACIÓN GUIADA Y ANTENAS (TEC2014-55463-C3-3-P) (MINECO/FEDER,UE)

NOVEL INVESTIGATION IN MULTIPACTOR EFFECT IN FERRITE AND OTHER DIELECTRICS USED IN HIGH POWER RF SPACE HARDWARE

SUPPORT ON POWER AMPLIFIER DESIGN (SOPA)

DISEÑO Y CARACTERIZACION DE MATERIALES ARTIFICIALES DE ALTA QUIRALIDAD PARA SU APLICACIÓN EN INGENIERIA DE COMUNICACIONES (TEC2010-21496-C03-01)

PROYECTO CONSOLIDER "ENGINEERING METAMATERIALS"

CÁMARA ANECOICA Y SISTEMA DE MEDIDA DE ANTENAS EN CAMPO CERCANO ESFÉRICO Y CAMPO LEJANO

Extensión del Método de las Diferencias Finitas en el Dominio del Tiempo para el Estudio de Estructuras Híbridas de Microondas Incluyendo Circuitos Concentrados Activos y Pasivos.