Alexandre  Piantini
Alexandre Piantini
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Zitiert von
Zitiert von
A scale model for the study of the LEMP response of complex power distribution networks
A Piantini, JM Janiszewski, A Borghetti, CA Nucci, M Paolone
IEEE Transactions on Power Delivery 22 (1), 710-720, 2006
Lightning-induced voltages on overhead lines—Application of the extended rusck model
A Piantini, JM Janiszewski
IEEE Transactions on Electromagnetic Compatibility 51 (3), 548-558, 2009
Lightning protection of overhead power distribution lines
A Piantini
29th International Conference on Lightning Protection, 1-29, 2008
Induced voltages on distribution lines due to lightning discharges on nearby metallic structures
A Piantini, JM Janiszewski
IEEE Transactions on Magnetics 34 (5), 2799-2802, 1998
The influence of seasonal soil moisture on the behavior of soil resistivity and power distribution grounding systems
VL Coelho, A Piantini, HAD Almaguer, RA Coelho, WC Boaventura, ...
Electric power systems research 118, 76-82, 2015
CIGRE technical brochure on lightning parameters for engineering applications
VA Rakov, A Borghetti, C Bouquegneau, WA Chisholm, V Cooray, ...
2013 International Symposium on Lightning Protection (XII SIPDA), 373-377, 2013
Analysis of the effectiveness of shield wires in mitigating lightning-induced voltages on power distribution lines
A Piantini
Electric Power Systems Research 159, 9-16, 2018
Evaluation of the mitigation effect of the shield wires on lightning induced overvoltages in MV distribution systems using statistical analysis
M Brignone, D Mestriner, R Procopio, A Piantini, F Rachidi
IEEE Transactions on Electromagnetic Compatibility 60 (5), 1400-1408, 2017
Lightning-induced voltages of distribution overhead lines: comparison between experimental results from a reduced-scale model and most recent approaches
CA Nucci, A Borghetti, A Piantini, JM Janiszewski
ICLP. Proceedings, 1998
Experimental study of lightning induced voltages by means of a scale model
A Piantini, JM Janiszewski
Proceedings, 1992
A distribution transformer model for calculating transferred voltages
A Piantini, AG Kanashiro
ICLP 2002. Proceedings, 2002
Lightning performance of overhead power distribution lines in urban areas
F Tossani, A Borghetti, F Napolitano, A Piantini, CA Nucci
IEEE Transactions on Power Delivery 33 (2), 581-588, 2017
The use of shield wires for reducing induced voltages from lightning electromagnetic fields
A Piantini, JM Janiszewski
Electric Power Systems Research 94, 46-53, 2013
Extension of the Rusck model for calculating lightning-induced voltages on overhead lines considering the soil electrical parameters
A Piantini
IEEE Transactions on Electromagnetic Compatibility 59 (1), 154-162, 2016
The Extended Rusck Model for calculating lightning induced voltages on overhead lines
A Piantini, JM Janiszewski
Proceedings: SIPDA, 2003
Lightning-induced voltages on complex power systems by using CiLIV: The effects of channel tortuosity
A Andreotti, A Piantini, A Pierno, R Rizzo
IEEE Transactions on Power Delivery 33 (2), 680-688, 2017
Lightning induced voltages on distribution lines close to buildings
A Piantini, JM Janiszewski
ICLP 2000, Proceedings, 2000
Lightning protection of low-voltage networks
A Piantini, B Hermoso Alameda, A Borghetti, AC Britten, A Galván Diego, ...
CIGRE-Int. Council on Large Electric Systems, 2013
FDTD computation of lightning-induced voltages on multiconductor lines with surge arresters and pole transformers
TH Thang, Y Baba, VA Rakov, A Piantini
IEEE Transactions on Electromagnetic Compatibility 57 (3), 442-447, 2015
A system for simulataneous measurements of lightning induced voltages on lines with and without arresters
A Piantini, TO Carvalho, A Silva Neto, JM Janiszewski, RAC Altafim, ...
ICLP 2004. Proceedings, 2004
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