F
Fabio Riva
Researcher at Polytechnic University of Milan
Publications - 60
Citations - 1283
Fabio Riva is an academic researcher from Polytechnic University of Milan. The author has contributed to research in topics: Tokamak & Plasma. The author has an hindex of 18, co-authored 56 publications receiving 942 citations. Previous affiliations of Fabio Riva include United Kingdom Atomic Energy Authority & École Polytechnique Fédérale de Lausanne.
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Journal ArticleDOI
Electricity access and rural development: Review of complex socio-economic dynamics and casual diagrams for more appropriate energy modelling
Fabio Riva,Helene Ahlborg,Helene Ahlborg,Elias Hartvigsson,Shonali Pachauri,Emanuela Colombo +5 more
TL;DR: A comprehensive review and extensive analysis of the peer-reviewed literature on electricity access and its impact on rural socio- economic development, and vice versa, confirms that electricity use is interconnected through complex casual relations with multiple dimensions of socio-economic development.
Journal ArticleDOI
The GBS code for tokamak scrape-off layer simulations
Federico David Halpern,Paolo Ricci,Sébastien Jolliet,Joaquim Loizu,J. Morales,Annamaria Mosetto,Félix Musil,Fabio Riva,Trach-Minh Tran,Christoph Wersal +9 more
TL;DR: A new version of GBS, a 3D global, flux-driven plasma turbulence code to simulate the turbulent dynamics in the tokamak scrape-off layer (SOL), superseding the code presented by Ricci et al. (2012) is described.
Journal ArticleDOI
Blob dynamics in the TORPEX experiment: a multi-code validation
Fabio Riva,C. Colin,J. Denis,Luke Easy,Ivo Furno,Jens Madsen,Fulvio Militello,Volker Naulin,Anders Nielsen,Jeppe Olsen,John Omotani,J. Juul Rasmussen,Paolo Ricci,Eric Serre,Patrick Tamain,Christian Theiler +15 more
TL;DR: In this article, three-dimensional and two-dimensional seeded blob simulations are performed with five different fluid models, all based on the drift-reduced Braginskii equations, and the numerical results are compared among themselves and validated against experimental measurements provided by the TORPEX device.
Journal ArticleDOI
Overview of the TCV tokamak program: scientific progress and facility upgrades
Stefano Coda,J. Ahn,Raffaele Albanese,Stefano Alberti,E. Alessi,S. Allan,H. Anand,G. Anastassiou,Y. Andrebe,C. Angioni,Marco Ariola,M. Bernert,M. N. A. Beurskens,W. Bin,P. Blanchard,T. C. Blanken,J.A. Boedo,T. Bolzonella,F. Bouquey,F. Braunmüller,Hugo Bufferand,P. Buratti,G. Calabrò,Yann Camenen,Daniele Carnevale,F. Carpanese,F. Causa,R. Cesario,I. T. Chapman,O. Chellai,D. Choi,C. Cianfarani,G. Ciraolo,Jonathan Citrin,S. Costea,F. Crisanti,Nuno Cruz,A. Czarnecka,J. Decker,G. De Masi,G. De Tommasi,D. Douai,M. G. Dunne,B. P. Duval,T. Eich,S. Elmore,B. Esposito,M. Faitsch,Ambrogio Fasoli,Nicolas Fedorczak,Faa Federico Felici,Olivier Février,Ondrej Ficker,S. Fietz,M. Fontana,Lorenzo Frassinetti,Ivo Furno,Sergio Galeani,A. Gallo,Cristian Galperti,S. Garavaglia,Izaskun Garrido,Benedikt Geiger,E. Giovannozzi,Marco Gobbin,Timothy Goodman,Giuseppe Gorini,M. Gospodarczyk,Gustavo Granucci,Jonathan Graves,R. Guirlet,Antti Hakola,C. Ham,James Harrison,J. Hawke,Pascale Hennequin,Bogdan Hnat,Bogdan Hnat,D. Hogeweij,J.-Ph. Hogge,Cyrille Honoré,Christian Hopf,J. Horacek,Z. Huang,V. Igochine,Paolo Innocente,C. Ionita Schrittwieser,Heinz Isliker,R. Jacquier,A. Jardin,J. Kamleitner,A. N. Karpushov,D. L. Keeling,N. A. Kirneva,N. A. Kirneva,M. Kong,M. Koubiti,Jernej Kovacic,A. Krämer-Flecken,N. Krawczyk,O. Kudlacek,Benoit Labit,E. Lazzaro,H.B. Le,Bruce Lipschultz,X. Llobet,B. Lomanowski,V. P. Loschiavo,T. Lunt,Patrick Maget,E. Maljaars,A. Malygin,M. Maraschek,C. Marini,Piero Martin,Y. R. Martin,S. Mastrostefano,Roberto Maurizio,M. Mavridis,D. Mazon,R. McAdams,R. M. McDermott,Antoine Merle,H. F. Meyer,Fulvio Militello,I Miron,P. Molina Cabrera,J-M Moret,A. Moro,David Moulton,V. Naulin,F. Nespoli,Anders Nielsen,M. Nocente,Rémy Nouailletas,S. Nowak,T. Odstrcil,Gergely Papp,R. Papřok,Alessandro Pau,G. Pautasso,V. Pericoli Ridolfini,P. Piovesan,C. Piron,Theophilos Pisokas,Laurie Porte,M. Preynas,G. Ramogida,C. J. Rapson,J. Juul Rasmussen,M. Reich,H. Reimerdes,C. Reux,Paolo Ricci,D. Rittich,Fabio Riva,Timothy P. Robinson,S. Saarelma,F. Saint-Laurent,Olivier Sauter,R. Scannell,Ch. Schlatter,B. S. Schneider,P. A. Schneider,R. Schrittwieser,F. Sciortino,M. Sertoli,U. A. Sheikh,B. Sieglin,M. Silva,J. Sinha,Carlo Sozzi,M. Spolaore,Torsten Stange,T. Stoltzfus-Dueck,Patrick Tamain,A. Teplukhina,Duccio Testa,Christian Theiler,A.J. Thornton,Laust Emil Hjerrild Tophøj,Minh Quang Tran,C. Tsironis,C.K. Tsui,C.K. Tsui,A. Uccello,S. Vartanian,Geert Verdoolaege,Kevin Verhaegh,Laure Vermare,N. Vianello,W. A. J. Vijvers,Loukas Vlahos,N.M.T. Vu,Nick Walkden,Tom Wauters,H. Weisen,M. Wischmeier,P. Zestanakis,Matteo Zuin +199 more
TL;DR: The TCV tokamak has been extensively upgraded with ion heating, additional electron heating compatible with high densities, and variable divertor geometry, in a multifaceted upgrade program designed to broaden its operational range without sacrificing its fundamental flexibility.
Journal ArticleDOI
Simulation of plasma turbulence in the periphery of diverted tokamak by using the GBS code
TL;DR: In this paper, the drift-reduced Braginskii's equations are used to evolve plasma turbulence in the tokamak periphery by solving the driftreduced reduced Bragsinskii equations.