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Massimo Brignone

Also published under: M. Brignone

Publications
77
Citations
683
Publications by Year
20082025
Co-Authors:
Show All Co-Authors (68)
Image of author Massimo Brignone

Massimo Brignone

Also published under: M. Brignone

Affiliation

Department of Naval
Electrical
and ICT Engineering, University of Genoa, Via Opera Pia 11a, Genova I-, Italy

Publication Topics

Biography

Massimo Brignone was born in Finale Ligure, Italy, on October 15, 1979. He received the M.S. (cum laude) and Ph.D. degrees in mathematics from the University of Genoa, Genoa, Italy, in 2003 and 2006, respectively.,From 2006 to 2008, he was a Postdoctoral Research Fellow at the University of Genoa. In 2008, he was a Postdoctoral Researcher at the University of Verona, Verona, Italy. Since 2009, he has been at the University of Genoa, where his research is supported by the Italian Istituto Nazionale di Alta Matematica. His current research interests include inverse problems in electromagnetic scattering theory, integral equations in electromagnetic field theory, numerical techniques for data analysis, and image processing.(Based on document published on 15 June 2012).
Publications
77
Citations
683
Publications by Year
20082025
Co-Authors:
Show All Co-Authors (68)
Author's Published Works

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Reconstruction of the Lightning Return-Stroke Current from the Radiated Magnetic Field

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

IEEE Transactions on Antennas and Propagation
Year: 2025 | Early Access Article |
This paper presents a new method to solve the inverse problem of reconstructing the lightning return-stroke current from measurements of the radiated magnetic field. Although the lightning channel is still assumed to be straight, vertical and at a known distance from the sensors measuring the fields, no model or channel-base measurement of the current is required, so that, unlike previous approach...Show More

Reconstruction of the Lightning Return-Stroke Current from the Radiated Magnetic Field

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

Year: 2025 | Early Access Article |

On the Use of Lightning Location System Data to Evaluate the Lightning Performance of Overhead Distribution Lines

Martino Nicora;Daniele Mestiner;Massimo Brignone;Renato Procopio;Marina Bernardi;Elisabetta Fiori;Alexandre Piantini

ICLP 2024; 37th International Conference on Lightning Protection
Year: 2024 | Conference Paper |
This contribution discusses the impact of using parameters and statistical distributions derived from Lightning Location System (LLS) data on assessing the Lightning Performance (LP) of an overhead distribution line. Both negative and positive return strokes are considered in the analysis, and multiple-stroke flashes are simulated using the probability distributions for the flash multiplicity and ...Show More

On the Use of Lightning Location System Data to Evaluate the Lightning Performance of Overhead Distribution Lines

Martino Nicora;Daniele Mestiner;Massimo Brignone;Renato Procopio;Marina Bernardi;Elisabetta Fiori;Alexandre Piantini

Year: 2024 | Conference Paper |

Neural Network Based Procedure for Lightning Localization

Sami Barmada;Mauro Tucci;Massimo Brignone;Martino Nicora;Renato Procopio

ICLP 2024; 37th International Conference on Lightning Protection
Year: 2024 | Conference Paper |
This contribution proposes a new approach to locate lightning striking points by using the voltage waveform recorded by sensors placed on transmission lines. The method takes advantage of the use of Neural Networks (NN); the time domain voltage waveforms are transferred in the frequency domain with a Discrete Fourier Transform. Then, to reduce the dimensionality of the problem, it is performed a p...Show More

Neural Network Based Procedure for Lightning Localization

Sami Barmada;Mauro Tucci;Massimo Brignone;Martino Nicora;Renato Procopio

Year: 2024 | Conference Paper |

Frequency-domain Expressions of the Time-Windowed Electric Fields Radiated by a Lightning Flash

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

ICLP 2024; 37th International Conference on Lightning Protection
Year: 2024 | Conference Paper |
The electric fields radiated by a lightning discharge may represent an important source of damage for electric and electronic equipment. Often, an analysis of such fields in the frequency domain is necessary and their frequency-domain expressions have always been evaluated by considering an infinite time-window and omitting the zero-frequency term coming from the static component of the fields. Th...Show More

Frequency-domain Expressions of the Time-Windowed Electric Fields Radiated by a Lightning Flash

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

Year: 2024 | Conference Paper |

Sensitivity Analysis on the Reconstruction of the Attenuation Function for Short Time-Windows Measurements

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

ICLP 2024; 37th International Conference on Lightning Protection
Year: 2024 | Conference Paper |
By relying on suitable propagation models, lightning electromagnetic fields can be computed from the knowledge of the channel-base current (CBC) and of the attenuation function. While the CBC is measured by means of instrumented towers, a parametric attenuation function is usually assumed a priori and then compared with the measured fields in order to find optimal values for the CBC parameters. Un...Show More

Sensitivity Analysis on the Reconstruction of the Attenuation Function for Short Time-Windows Measurements

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

Year: 2024 | Conference Paper |

HVDC Sea Electrodes: On the Choice of the Right Site

Massimo Brignone;Daniele Mestriner;Mario Nervi

2024 IEEE International Conference on Environment and Electrical Engineering and 2024 IEEE Industrial and Commercial Power Systems Europe (EEEIC / I&CPS Europe)
Year: 2024 | Conference Paper |
The spreading diffusion of renewable energy leads to an increase in the transmission of electrical power using HVDC, which is more appropriate than HVAC to manage large quantities of less predictable power. Therefore, the number of main return electrodes, necessary to manage potential failures, will increase as well, making it more difficult to identify their suitable locations. This contribution ...Show More

HVDC Sea Electrodes: On the Choice of the Right Site

Massimo Brignone;Daniele Mestriner;Mario Nervi

Year: 2024 | Conference Paper |

Lightning Location and Peak Current Estimation From Lightning-Induced Voltages on Transmission Lines With a Machine Learning Approach

Martino Nicora;Mauro Tucci;Sami Barmada;Massimo Brignone;Renato Procopio

IEEE Transactions on Electromagnetic Compatibility
Year: 2024 | Volume: 66, Issue: 3 | Journal Article |
Cited by: Papers (2)
In this article, a machine-learning-based model for the regression of cloud-to-ground lightning location and peak current from time-domain waveforms of lightning-induced voltage measurements on overhead transmission lines is presented. A principal component analysis (PCA) procedure is applied for extracting significant features and decreasing the dimension of the input vector. Then, a shallow neur...Show More

Lightning Location and Peak Current Estimation From Lightning-Induced Voltages on Transmission Lines With a Machine Learning Approach

Martino Nicora;Mauro Tucci;Sami Barmada;Massimo Brignone;Renato Procopio

Year: 2024 | Volume: 66, Issue: 3 | Journal Article |

An Equivalent Attenuation Function for the Computation of the Lightning Field Radiated by a Tortuous Channel

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Carlo Petrarca;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

2023 IEEE Conference on Antenna Measurements and Applications (CAMA)
Year: 2023 | Conference Paper |
The electromagnetic lightning field is usually computed by considering a model consisting in a vertical and rectilinear channel, as well as a Transmission-Line (TL) type propagation characterized by an attenuation function, which expresses how the current decreases while it travels upward along the lightning channel. When dealing with realistic channels, affected by tortuosity, the current attenua...Show More

An Equivalent Attenuation Function for the Computation of the Lightning Field Radiated by a Tortuous Channel

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Carlo Petrarca;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

Year: 2023 | Conference Paper |

Evaluation of the Return-Stroke Current Attenuation Function from the Vertical Electric Field by Means of the Regularization of an Inverse Problem

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Matteo Pastorino;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

2023 International Symposium on Lightning Protection (XVII SIPDA)
Year: 2023 | Conference Paper |
The behavior of the return-stroke current along the lightning channel is extremely important for the evaluation of the electromagnetic fields radiated at various distances, since such fields may cause disturbances or faults on electric and electronic equipment. It is commonly known that lightning current attenuates while propagating along the channel and several models have been adopted in an atte...Show More

Evaluation of the Return-Stroke Current Attenuation Function from the Vertical Electric Field by Means of the Regularization of an Inverse Problem

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Matteo Pastorino;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

Year: 2023 | Conference Paper |

Full-Wave Analysis of Wind Turbine Transient Response to Direct Lightning Strikes

Riccardo Torchio;Martino Nicora;Daniele Mestriner;Massimo Brignone;Renato Procopio;Piergiorgio Alotto;Marcos Rubinstein

2023 International Symposium on Lightning Protection (XVII SIPDA)
Year: 2023 | Conference Paper |
Lightning strikes attachment to Wind Turbines (WTs) is not uncommon. The current discharge along the WT components can cause variations in the electromagnetic field radiation, affecting the surrounding power and electronic systems. In this contribution, a WT transient response to direct lightning strikes is studied with a full-Maxwell approach, involving a complete model for the WT. Simulations ar...Show More

Full-Wave Analysis of Wind Turbine Transient Response to Direct Lightning Strikes

Riccardo Torchio;Martino Nicora;Daniele Mestriner;Massimo Brignone;Renato Procopio;Piergiorgio Alotto;Marcos Rubinstein

Year: 2023 | Conference Paper |

A Simulator for Long Term Planning and Real Time Scheduling of Polygenerative Microgrids

Alice La Fata;Massimo Brignone;Renato Procopio;Stefano Bracco;Federico Delfino;Riccardo Barilli;Martina Ravasi;Fabio Zanellini;Milutin Petronijevic

2023 IEEE Belgrade PowerTech
Year: 2023 | Conference Paper |
Cited by: Papers (1)
To face the complexity introduced by the ever-increasing participation of new energy sources, storage systems and controllable loads to electricity markets, Distributed Energy Systems must optimize the power exchange. Usually, Energy Management System (EMS) are used to manage Micro-Grids (MGs) operations, but computational timings may become prohibitive, due to high number of constraints and links...Show More

A Simulator for Long Term Planning and Real Time Scheduling of Polygenerative Microgrids

Alice La Fata;Massimo Brignone;Renato Procopio;Stefano Bracco;Federico Delfino;Riccardo Barilli;Martina Ravasi;Fabio Zanellini;Milutin Petronijevic

Year: 2023 | Conference Paper |

Reconstruction of the lightning channel-base current from remote measurements of electric and magnetic field by means of regularization techniques

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Matteo Pastorino;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

2023 International Conference on Electromagnetics in Advanced Applications (ICEAA)
Year: 2023 | Conference Paper |
Lightning events can cause several damages to electronic and electric infrastructure. One of the most important variables is the channel-base current (CBC) waveform, usually measured by means of proper instruments installed on tall towers where the striking probability is higher. However, the presence of the tower itself and the low number of registered events represent a critical issue in the pos...Show More

Reconstruction of the lightning channel-base current from remote measurements of electric and magnetic field by means of regularization techniques

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Matteo Pastorino;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

Year: 2023 | Conference Paper |

A Semi-Analytical Approach to Calculate Lightning EM Fields Considering Channel Tortuosity

Massimo Brignone;Martino Nicora;Daniele Mestriner;Renato Procopio;Carlo Petrarca;Alessandro Formisano;Sami Barmada;Federico Delfino

2023 IEEE International Conference on Environment and Electrical Engineering and 2023 IEEE Industrial and Commercial Power Systems Europe (EEEIC / I&CPS Europe)
Year: 2023 | Conference Paper |
The most common lightning channel model consists in a vertical thin-wire radiator, even though it is known that lightning path is affected by tortuosity. This physical characteristic of lightning has remarkable effects on the generated electromagnetic fields and, consequently, on the voltage induced on transmission and distribution lines, which may lead to insulator flashover. This contribution pr...Show More

A Semi-Analytical Approach to Calculate Lightning EM Fields Considering Channel Tortuosity

Massimo Brignone;Martino Nicora;Daniele Mestriner;Renato Procopio;Carlo Petrarca;Alessandro Formisano;Sami Barmada;Federico Delfino

Year: 2023 | Conference Paper |

Lightning Electromagnetic Fields above Perfectly Conducting Ground: a review

Alice La Fata;Martino Nicora;Daniele Mestriner;Riccardo Aramini;Renato Procopio;Massimo Brignone;Federico Delfino

2023 IEEE International Conference on Environment and Electrical Engineering and 2023 IEEE Industrial and Commercial Power Systems Europe (EEEIC / I&CPS Europe)
Year: 2023 | Conference Paper |
Lightning may be the cause of outages and faults on electrical infrastructures. In overhead distribution lines, voltages overcoming the critical flashover value of the line may be induced by indirect lightning strikes, and this fact may cause serious damages to insulators. Consequently, the assessment of induced voltages is an important aspect in the design phase of transmission and distribution l...Show More

Lightning Electromagnetic Fields above Perfectly Conducting Ground: a review

Alice La Fata;Martino Nicora;Daniele Mestriner;Riccardo Aramini;Renato Procopio;Massimo Brignone;Federico Delfino

Year: 2023 | Conference Paper |

HVDC Sea Return Electrodes and Oil/Gas Infrastructures: Technical Challenges and Their Effective Mitigations

Massimo Brignone;Daniele Mestriner;Mario Nervi

2023 AEIT HVDC International Conference (AEIT HVDC)
Year: 2023 | Conference Paper |
Today, many important submarine HVDC links are being designed and commissioned all around the world. The use of Sea Return Electrodes is the cheapest option to manage many possible faults. However, over the last years, many areas of seas were exploited, and they are now concessions for exploration and production of oil&gas. Pipelines connecting extraction pits to the shore were installed, and offs...Show More

HVDC Sea Return Electrodes and Oil/Gas Infrastructures: Technical Challenges and Their Effective Mitigations

Massimo Brignone;Daniele Mestriner;Mario Nervi

Year: 2023 | Conference Paper |

Impact of Considering Surger Arresters to Reduce Lightning Induced Voltage: emphasis on the Grounding Modeling

Ícaro Augusto Nobre;Jaimis S.L. Colqui;Daniele Mestriner;Renato Procopio;Massimo Brignone;Rodolfo A. R. Moura;Marco A.O. Schroeder;Úrsula C. Resende;José Pissolato Filho

2022 Workshop on Communication Networks and Power Systems (WCNPS)
Year: 2022 | Conference Paper |
Lightning-related phenomena are one of the most dangerous factors affecting the overhead distribution systems. Said that, protective measures to reduce lightning damages are an important issue to guarantee distribution line reliability. The most widely employed protective measures against lightning are: shield wires, surge arresters, and increasing the line insulation level, usually by increasing ...Show More

Impact of Considering Surger Arresters to Reduce Lightning Induced Voltage: emphasis on the Grounding Modeling

Ícaro Augusto Nobre;Jaimis S.L. Colqui;Daniele Mestriner;Renato Procopio;Massimo Brignone;Rodolfo A. R. Moura;Marco A.O. Schroeder;Úrsula C. Resende;José Pissolato Filho

Year: 2022 | Conference Paper |

Impact of the uncertainties of load and forecast of power production from renewables on the operating cost of a microgrid

Alice La Fata;Fabio Signoretti;Massimo Brignone;Stefano Bracco

2022 IEEE International Conference on Environment and Electrical Engineering and 2022 IEEE Industrial and Commercial Power Systems Europe (EEEIC / I&CPS Europe)
Year: 2022 | Conference Paper |
Cited by: Papers (1)
This contribution discusses the combined impact of the uncertainties related to the forecasts of the power production from Renewable Energy Sources, the Electrical Load and the Thermal Load on the operation costs of a microgrid. To quantify the possible variation of the cost determined by an Energy Management System, a stochastic approach has been adopted. The perturbation of the forecasted data i...Show More

Impact of the uncertainties of load and forecast of power production from renewables on the operating cost of a microgrid

Alice La Fata;Fabio Signoretti;Massimo Brignone;Stefano Bracco

Year: 2022 | Conference Paper |

An Efficient Method for the Computation of Electromagnetic Fields Associated With Tortuous Lightning Channels

Massimo Brignone;Martino Nicora;Daniele Mestriner;Renato Procopio;Carlo Petrarca;Alessandro Formisano;Sami Barmada;Federico Delfino

IEEE Transactions on Electromagnetic Compatibility
Year: 2022 | Volume: 64, Issue: 5 | Journal Article |
Cited by: Papers (7)
Lightning electromagnetic (EM) fields are typically computed by assuming the current propagation within a straight vertical channel of negligible cross section. However, it is well known that the lightning path is tortuous and this can significantly affect the radiated fields and the lightning-induced voltages on power lines. Lupò et al. (2000) proposed an analytical method evaluating the EM field...Show More

An Efficient Method for the Computation of Electromagnetic Fields Associated With Tortuous Lightning Channels

Massimo Brignone;Martino Nicora;Daniele Mestriner;Renato Procopio;Carlo Petrarca;Alessandro Formisano;Sami Barmada;Federico Delfino

Year: 2022 | Volume: 64, Issue: 5 | Journal Article |

On the Fourier Transform of Measured Electric Fields Radiated by a Lightning Return Stroke

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Matteo Pastorino;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

IEEE Transactions on Electromagnetic Compatibility
Year: 2022 | Volume: 64, Issue: 4 | Journal Article |
Cited by: Papers (8)
The Fourier transform (FT) of the electric field (EF) radiated by a lightning return stroke is shown to include a distributional term at zero frequency, which prevents numerical algorithms, such as fast FT, from working properly. Inspired by the finite duration of any field measurement in real applications, we introduce a time-windowing strategy, whereby the integration time-interval of the FT bec...Show More

On the Fourier Transform of Measured Electric Fields Radiated by a Lightning Return Stroke

Riccardo Aramini;Massimo Brignone;Daniele Mestriner;Matteo Pastorino;Renato Procopio;Andrea Randazzo;Marcos Rubinstein

Year: 2022 | Volume: 64, Issue: 4 | Journal Article |

Do Wind Turbines Amplify the Effects of Lightning Strikes? A Full-Maxwell Modelling Approach

Riccardo Torchio;Martino Nicora;Daniele Mestriner;Massimo Brignone;Renato Procopio;Piergiorgio Alotto;Marcos Rubinstein

IEEE Transactions on Power Delivery
Year: 2022 | Volume: 37, Issue: 5 | Journal Article |
Cited by: Papers (3)
Wind turbines (WTs) can beseriously damaged by lightning strikes and they can be struck by a significant number of flashes. This should be taken into account when the WT lightning protection system is designed. Moreover, WTs represent a path for the lightning current that can modify the well-known effects of the lightning discharge in terms of radiated electromagnetic fields, which are a source of...Show More

Do Wind Turbines Amplify the Effects of Lightning Strikes? A Full-Maxwell Modelling Approach

Riccardo Torchio;Martino Nicora;Daniele Mestriner;Massimo Brignone;Renato Procopio;Piergiorgio Alotto;Marcos Rubinstein

Year: 2022 | Volume: 37, Issue: 5 | Journal Article |

Lightning-induced Voltages on Overhead Distribution Lines Computed through Analytical Expressions for the Electromagnetic Fields

Massimo Brignone;Renato Procopio;Daniele Mestriner;Mansueto Rossi;Federico Delfino;Farhad Rachidi;Marcos Rubinstein

2021 35th International Conference on Lightning Protection (ICLP) and XVI International Symposium on Lightning Protection (SIPDA)
Year: 2021 | Conference Paper |
Lightning ElectroMagnetic (EM) fields represent the most cumbersome part of the lightning-induced voltages computation process. Their evaluation is usually performed through a numerical routine or with simplified analytical expressions, which are valid only assuming an infinite ground conductivity and specified channel base current waveform. This paper first briefly recalls a recently proposed ana...Show More

Lightning-induced Voltages on Overhead Distribution Lines Computed through Analytical Expressions for the Electromagnetic Fields

Massimo Brignone;Renato Procopio;Daniele Mestriner;Mansueto Rossi;Federico Delfino;Farhad Rachidi;Marcos Rubinstein

Year: 2021 | Volume: 1 | Conference Paper |

A Method for the Improvement of the Stability in FDTD-Based Numerical Codes Evaluating Lightning-Induced Voltages

Daniele Mestriner;Massimo Brignone;Renato Procopio;Farhad Rachidi;Alexandre Piantini

2021 35th International Conference on Lightning Protection (ICLP) and XVI International Symposium on Lightning Protection (SIPDA)
Year: 2021 | Conference Paper |
Dealing with realistic networks, the solution of lightning electromagnetic field coupling to transmission lines is generally obtained through a Finite-Difference Time-Domain (FDTD) algorithm interfaced with an electromagnetic simulator. As well known, the stability of the FDTD scheme is determined by the Courant stability condition. In this contribution, it is shown that a second stability conditi...Show More

A Method for the Improvement of the Stability in FDTD-Based Numerical Codes Evaluating Lightning-Induced Voltages

Daniele Mestriner;Massimo Brignone;Renato Procopio;Farhad Rachidi;Alexandre Piantini

Year: 2021 | Volume: 1 | Conference Paper |

Estimation of the Lightning Performance of Overhead Lines Accounting for Different Types of Strokes and Multiple Strike Points

Martino Nicora;Daniele Mestriner;Massimo Brignone;Renato Procopio;Elisabetta Fiori;Alexandre Piantini;Farhad Rachidi

IEEE Transactions on Electromagnetic Compatibility
Year: 2021 | Volume: 63, Issue: 6 | Journal Article |
Cited by: Papers (7)
Dealing with lightning performance computation, researchers usually consider only negative downward first return strokes and the relevant channel-base peak current distribution. The aim of this article is to account for the lightning flash mechanism, which means to include also downward negative subsequent strokes and downward positive strokes, taking into account available distributions of the nu...Show More

Estimation of the Lightning Performance of Overhead Lines Accounting for Different Types of Strokes and Multiple Strike Points

Martino Nicora;Daniele Mestriner;Massimo Brignone;Renato Procopio;Elisabetta Fiori;Alexandre Piantini;Farhad Rachidi

Year: 2021 | Volume: 63, Issue: 6 | Journal Article |

An Efficient Methodology for the Evaluation of the Lightning Performance of Overhead Lines

Daniele Mestriner;Massimo Brignone;Renato Procopio;Martino Nicora;Elisabetta Fiori;Alexandre Piantini;Farhad Rachidi

IEEE Transactions on Electromagnetic Compatibility
Year: 2021 | Volume: 63, Issue: 4 | Journal Article |
Cited by: Papers (12)
This article proposes a method for the derivation of a formula that links the maximum lightning-induced-overvoltage occurring on an overhead distribution line with the variables that characterize the lightning return stroke, such as the peak current, front duration, and stroke location. The coefficients of such formulas are obtained thanks to a limited number of lightning field-to-line coupling si...Show More

An Efficient Methodology for the Evaluation of the Lightning Performance of Overhead Lines

Daniele Mestriner;Massimo Brignone;Renato Procopio;Martino Nicora;Elisabetta Fiori;Alexandre Piantini;Farhad Rachidi

Year: 2021 | Volume: 63, Issue: 4 | Journal Article |

Analytical Expressions for Lightning Electromagnetic Fields With Arbitrary Channel-Base Current. Part II: Validation and Computational Performance

Daniele Mestriner;Massimo Brignone;Renato Procopio;Mansueto Rossi;Federico Delfino;Farhad Rachidi;Marcos Rubinstein

IEEE Transactions on Electromagnetic Compatibility
Year: 2021 | Volume: 63, Issue: 2 | Journal Article |
Cited by: Papers (8)
This article provides the implementation procedure, the validation, and some considerations on the computational efforts of the analytical expressions developed for the lightning electromagnetic fields presented in the companion paper. The validation is presented with different configurations in terms of channel-base current, ground conductivity, and distance to the lightning channel, comparing th...Show More

Analytical Expressions for Lightning Electromagnetic Fields With Arbitrary Channel-Base Current. Part II: Validation and Computational Performance

Daniele Mestriner;Massimo Brignone;Renato Procopio;Mansueto Rossi;Federico Delfino;Farhad Rachidi;Marcos Rubinstein

Year: 2021 | Volume: 63, Issue: 2 | Journal Article |

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