Fractal Modeling of Lightning Discharges - Riousset, Jérémy
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The direct comparison of lightning mapping observations by the New Mexico Tech Lightning Mapping Array with realistic models of thundercloud electrical structure and lightning discharges represents a useful tool for studies of electrification mechanisms in thunderstorms, initiation and propagation mechanisms of different types of lightning discharges as well as for understanding of electrical and energetic effects of tropospheric thunderstorms on the upper regions of the Earth s atmosphere. For this purpose, the development of efficient numerical lightning models is essential. In this work, we…mehr

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Produktbeschreibung
The direct comparison of lightning mapping observations by the New Mexico Tech Lightning Mapping Array with realistic models of thundercloud electrical structure and lightning discharges represents a useful tool for studies of electrification mechanisms in thunderstorms, initiation and propagation mechanisms of different types of lightning discharges as well as for understanding of electrical and energetic effects of tropospheric thunderstorms on the upper regions of the Earth s atmosphere. For this purpose, the development of efficient numerical lightning models is essential. In this work, we introduce a new 3-D probabilistic model describing development of bidirectional structure of positive and negative lightning leaders closely resembling processes observed by LMA in association with intracloud discharges. The model represents a synthesis of the original dielectric breakdown model based on fractal approach proposed by Niemeyer et al. [1984] and the equipotential lightning channel hypothesis advanced by Kasemir [1960], and places special emphasis on obtaining self-consistent solutions preserving complete charge neutrality of the discharge trees.
Autorenporträt
Jeremy A Riousset graduated from Penn State with a MS in Electrical Engineering and with a MEng in Engineering Sciences from the Ecole Centrale de Lyon in 2006. His research interests focus on modeling of lightning, blue jets and gigantic jets. Jeremy is currently finishing his PhD at Penn State and has been a member of TBP since 2008.