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Luis Díaz Angulo
Also published under:L. Angulo, L. D. Angulo, Luis D. Angulo, Luis Diaz Angulo, Luis Manuel Diaz Angulo, Luis Angulo
Affiliation
Department of Electromagnetism, University of Granada (UGR), Granada, Spain
Topic
Skin Depth,Time Step,Finite-difference Time-domain,Magnetic Field,Time Domain,Time-domain Method,CPU Time,Complex Permeability,Conductive,Delta Method,Domain Wall,Ferrite Core,Finite Element Method,Impedance Measurements,Local Space,Message Passing Interface,Perfectly Matched Layer,Resonant Angular Frequency,Thin Wire,Time And Space,Vector Network Analyzer,3D Simulation,Absorbing Boundary Conditions,Accurate Method,Air Gap,Angular Frequency,Antiresonance,Apparent Permeability,Auxiliary Equation,Block A,Brute Force,Cell Size,Cerebrospinal Fluid,Coaxial,Coaxial Line,Comprehensive Information,Conductivity Values,Constitutive Parameters,Dielectric Medium,Discontinuous Galerkin,Discontinuous Nature,Dispersion Medium,Effective Permittivity,Electrical Size,Electromagnetic Compatibility,Electromagnetic Field Distribution,Electromagnetic Interference,Equation Solver,Equivalent Circuit,Expected Value,
Biography
Luis Diaz Angulo received the M.Sc. degree in physics in 2008, the Ph.D. degree in
2014, and the M.Sc. degree in electronics engineering in 2015, all from the University of Granada, Granada, Spain.
He is currently an Interim Teacher in the Department of Electromagnetism, University of Granada. He works in time-domain numerical methods applied to electromagnetism, especially discontinuous Galerkin and finite-difference methods. His research interests include applications of numerical methods in EMC, terahertz technologies, GPR imaging, and bioelectromagnetics.
He is currently an Interim Teacher in the Department of Electromagnetism, University of Granada. He works in time-domain numerical methods applied to electromagnetism, especially discontinuous Galerkin and finite-difference methods. His research interests include applications of numerical methods in EMC, terahertz technologies, GPR imaging, and bioelectromagnetics.