Giulio Antonini

Professore Ordinario

University of L'Aquila

Italy

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Giulio Antonini is a Professore Ordinario at Universita degli Studi dell'Aquila, Italy. His research areas focus on electromagnetic systems, including fast convolution schemes, transmission line models, and uncertainty quantification problems in electromagnetic compatibility. He has published numerous articles exploring analytical and numerical models for electromagnetic interactions, particularly in emerging applications and wireless power transfer systems.

Giulio Antonini

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Articles (28)

S-PEEC-DI: Surface Partial Element Equivalent Circuit method with decoupling integrals

Fast Convolution Schemes for Piecewise Approximation of Large-Scale Electromagnetic Systems in Emerging Applications

An Enhanced Multiconductor Transmission Line Model for Conducting Wires

An Exact Analytical Approach to Mutual Inductance Calculation in Wireless Power Transfer Systems Lying on Earth Structures

Enhanced Sparse Polynomial Chaos Expansion for Electromagnetic Compatibility Uncertainty Quantification Problems

Pulsed EM Plane-Wave Interaction With a Time-Varying Thin Sheet

Pulsed Electromagnetic Field Interaction With a Transmission Line: An Analytical Traveling-Wave Approach Based on Reciprocity

Time-Domain Computation of Partial Inductance Retarded Coefficients of Adjoining Brick Elements: A Cagniard-DeHoop Analytical Approach

Pulsed Electromagnetic Excitation of a Thin Wire—An Approximate Numerical Model Based on the Cagniard–DeHoop Method of Moments

Pulsed electromagnetic field coupling to a transmission line with arbitrary loads—A unified methodology based on reciprocity

Pulsed Electromagnetic Excitation of a Narrow Slot Between Two Dielectric Halfspaces

Accelerated Evaluation of Quasi-Static Interaction Integrals via Cubic Spline Interpolation in the Framework of the PEEC Method

Anisotropic and Optimized FFT-Based Iterative Electromagnetic Solver for the PEEC Method

Derivatives-Enhanced Proper Orthogonal Decomposition for PEEC Models With Delays

Efficient Frequency and Time-Domain Simulations of Delayed PEEC Models With Proper Orthogonal Decomposition Techniques

Pulsed EM Scattering by Dipoles With Time-Varying Loads

A Reduced Order Modelling Approach for Full-Maxwell Lightning Strike Analyses in Layered Backgrounds

A Comparative Analysis of Numerical Inverse Laplace Transform Methods for Electromagnetic Transient Analysis

Efficient PEEC Iterative Solver for Power Electronic Applications

Mutual Coupling Aware Time-Domain Characterization and Performance Analysis of Reconfigurable Intelligent Surfaces

Optimized Analytical Computation of Partial Elements Using a Retarded Taylor Series Expansion

Pulsed Electromagnetic Plane-Wave Interaction With a Time-Varying, Thin High-Dielectric Layer

Pulsed Wave Propagation Along a Transmission Line With Time-Varying Wavespeed

The Partial Elements Equivalent Circuit Method: The State of the Art

Transient Electromagnetic Plane Wave Scattering by a Time-Varying Metasurface: A Time-Domain Approach Based on Reciprocity

Editorial Introduction to the Special Issue on Advances of Computational Electromagnetics for EMC

A Rigorous Explicit Expression for the Mutual Inductance of Two Co-Axial Thin-Wire Coil Antennas Placed above a Layered Ground

Matrix-Free Transfer Function Prediction Using Model Reduction and Machine Learning

Collaborators (8)

Muhammad Altaf Khattak

Jonas Ekman

Riccardo Torchio

Ondrej Franek

Luisa Di Paola

Mauro Parise

Martin Stumpf

Maria De Lauretis

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