Successful debris-flow hazard management in mountain regions is often based on the use of mathematical models. However, advanced models are generally quite complex to be applied, not entirely user-friendly and require high-performing hardware. Overcoming these drawbacks can lead to a wider diffusion of advanced modelling tools. In this work, a smart and easy-to-use modelling solution is proposed for the model TRENT2D, which simulates debris flows and hyperconcentrated flows over a mobile bed with a two-phase approach. TRENT2D was re-developed as a service and equipped with WebGIS technology. This solution transfers computational burden from local computers to a server and simplifies the management of georefer-enced inputs and outputs of the model. In addition, the new infrastructure was enriched with a BUWAL-type hazard-mapping procedure, allowing to model and evaluate hazard scenarios in a unique and complete work-ing environment.
New technology in debris-flow modelling: A WebGIS integrated solution for TRENT2D / Zorzi, Nadia; Rosatti, Giorgio; Zugliani, Daniel; Rizzi, Alessandro; Piffer, Stefano. - STAMPA. - (2016), pp. 1924-1931. ((Intervento presentato al convegno River Flow 2016 tenutosi a St. Louis nel 11th-14th July 2016.
Titolo: | New technology in debris-flow modelling: A WebGIS integrated solution for TRENT2D | |
Autori: | Zorzi, Nadia; Rosatti, Giorgio; Zugliani, Daniel; Rizzi, Alessandro; Piffer, Stefano | |
Autori Unitn: | ||
Titolo del volume contenente il saggio: | River Flow 2016 | |
Luogo di edizione: | London | |
Casa editrice: | Taylor & Francis Group | |
Anno di pubblicazione: | 2016 | |
Codice identificativo Scopus: | 2-s2.0-85015327423 | |
ISBN: | 978-1-138-02913-2 978-1-317-28912-8 | |
Handle: | http://hdl.handle.net/11572/170250 | |
Citazione: | New technology in debris-flow modelling: A WebGIS integrated solution for TRENT2D / Zorzi, Nadia; Rosatti, Giorgio; Zugliani, Daniel; Rizzi, Alessandro; Piffer, Stefano. - STAMPA. - (2016), pp. 1924-1931. ((Intervento presentato al convegno River Flow 2016 tenutosi a St. Louis nel 11th-14th July 2016. | |
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