Vincenzo Simeone - Academia.edu (original) (raw)

Vincenzo Simeone

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Papers by Vincenzo Simeone

Research paper thumbnail of Modellazione data driven della risposta alle precipitazioni di acquiferi carsici e porosi pugliesi

Research paper thumbnail of Large landslides along the Adriatic coastline in Southern Italy

Research paper thumbnail of Hydrological analysis of the rainfall antecedent to the large landslide of Maierato (Southern Italy)

Research paper thumbnail of Climatic variations in Apulia: analysis of the extreme hydrological events, of the daily rainfall and of the dry periods

Research paper thumbnail of Preliminary results about morphological characteristics of ephemeral stream catchments in Apulia region, South Italy

Bollettino Della Societa Geologica Italiana, Feb 1, 2013

Primi risultati sulle caratteristiche morfologiche di bacini interessati da corsi d’acqua effimer... more Primi risultati sulle caratteristiche morfologiche di bacini interessati da corsi d’acqua effimeri in Puglia (Italia Meridionale).La fascia costiera adriatica a nord di Bari e caratterizzata dalla presenza di diversi brevi incisioni morfologiche impostate nei calcari mesozoici del tavolato calcareo murgiano convergenti verso il Mare Adriatico. Esse danno luogo ad uno pseudo reticolo idrografico costituito da corsi d’acqua effimeri di norma asciutti, nei quali si verifica deflusso solo in occasione di eventi di pioggia eccezionali in termini di intensita e durata, che sottendono bacini di dimensioni relativamente modeste. Nel presente lavoro sono state indagate le principali caratteristiche geomorfologiche di questi bacini e sono state confrontate con quelle di bacini della piana di Brindisi dimensionalmente simili, ma impostati in depositi clastici quaternari. La comparazione delle caratteristiche morfometriche dei due gruppi di bacini ha permesso di sviluppare alcune interessanti riflessioni sulle caratteristiche e la genesi di corsi d’acqua effimeri dell’area costiera nord-barese.

Research paper thumbnail of Condizionamenti indotti da tettonica e grandi frane sulla suscettività ai fenomeni alluvionali e da frana nelle aree al fronte della catena

Research paper thumbnail of Potentialities and achievements of evolutionary modeling as an innovative approach to groundwater dynamics analysis

Research paper thumbnail of Potentialities and achievements of data-driven approach to groundwater dynamic analysis

Research paper thumbnail of Notes on the morphological features of the gorges on southwest bound of Apulia calcareous platform called “Gravine”

Research paper thumbnail of On the permeability of red soils in Apulian karst area (Southern Italy)

Research paper thumbnail of Preliminary notes for the inclusion of stone from Apulia Region in the Global Heritage Stone Resource list

Research paper thumbnail of Prediction of landslide displacement as a function of antecedent landslide by EPRMOGA tool

Research paper thumbnail of Rotture tettonico gravitative e grandi frane nell'area di Scilla (Reggio Calabria)

Research paper thumbnail of Tectonic thrust as conditioning element for large landslides at the front of the chain

Research paper thumbnail of Deep seated gravitational slope deformation and hydraulic vulnerability of the lower Biferno valley (Southern Italy)

Research paper thumbnail of Preliminary remarks on gravitational tectonic deformations and DSGSD in mount Poro headland (Calabria - South Italy)

RENDICONTI ONLINE DELLA SOCIETÀ GEOLOGICA ITALIANA, Aug 1, 2012

Research paper thumbnail of Deformazioni gravitative profonde nel territorio di Rosarno (RC) indotte da fenomeni di liquefazione delle sabbie dal “Terremoto delle Calabrie” del 1783

Research paper thumbnail of Different hydrogeological characters recognized in the same Mesozoic limestone platform of Apulia region

Research paper thumbnail of Stability problems in apulian rupestrian settlements

Research paper thumbnail of Analysis of infiltration processes into fractured and swelling soils as triggering factors of landslides

Environmental Earth Sciences, Jul 13, 2013

Rainfall infiltration can cause a dramatic decrease of suction in unsaturated soils and, conseque... more Rainfall infiltration can cause a dramatic decrease of suction in unsaturated soils and, consequently, of shear strength, triggering various instability phenomena, such as the slip of steep surface soil layers. Swelling of cracked soils and capillary barrier effects, induced by finegrained soils overlying a more permeable material, can also affect water flow through this type of soil systems. In the past, few studies on infiltration and rainfall-induced landslides considered the simultaneous effects of surface cracks, swelling materials, and/or the capillary barrier phenomenon. To this purpose, this paper presents the results obtained by a dual-permeability model, which simulates water flow through a fractured swelling soil overlying a more permeable soil and focusing on the influence of these phenomena on triggering of landslides. Numerical results show that for high-intensity precipitations, flow through fractures quickly reaches significant depths and the capillary barrier is broken, while soil swelling leads to a uniform narrowing of cracks. On the other hand, for low-intensity precipitations, fracture flow and swelling are limited only to the first 30-50 cm of the topsoil, while cracks almost completely closed. Evaluations of the slope stability show that prolonged lowintensity rainfalls might be more dangerous than short high-intensity rains in triggering surface landslides.

Research paper thumbnail of Modellazione data driven della risposta alle precipitazioni di acquiferi carsici e porosi pugliesi

Research paper thumbnail of Large landslides along the Adriatic coastline in Southern Italy

Research paper thumbnail of Hydrological analysis of the rainfall antecedent to the large landslide of Maierato (Southern Italy)

Research paper thumbnail of Climatic variations in Apulia: analysis of the extreme hydrological events, of the daily rainfall and of the dry periods

Research paper thumbnail of Preliminary results about morphological characteristics of ephemeral stream catchments in Apulia region, South Italy

Bollettino Della Societa Geologica Italiana, Feb 1, 2013

Primi risultati sulle caratteristiche morfologiche di bacini interessati da corsi d’acqua effimer... more Primi risultati sulle caratteristiche morfologiche di bacini interessati da corsi d’acqua effimeri in Puglia (Italia Meridionale).La fascia costiera adriatica a nord di Bari e caratterizzata dalla presenza di diversi brevi incisioni morfologiche impostate nei calcari mesozoici del tavolato calcareo murgiano convergenti verso il Mare Adriatico. Esse danno luogo ad uno pseudo reticolo idrografico costituito da corsi d’acqua effimeri di norma asciutti, nei quali si verifica deflusso solo in occasione di eventi di pioggia eccezionali in termini di intensita e durata, che sottendono bacini di dimensioni relativamente modeste. Nel presente lavoro sono state indagate le principali caratteristiche geomorfologiche di questi bacini e sono state confrontate con quelle di bacini della piana di Brindisi dimensionalmente simili, ma impostati in depositi clastici quaternari. La comparazione delle caratteristiche morfometriche dei due gruppi di bacini ha permesso di sviluppare alcune interessanti riflessioni sulle caratteristiche e la genesi di corsi d’acqua effimeri dell’area costiera nord-barese.

Research paper thumbnail of Condizionamenti indotti da tettonica e grandi frane sulla suscettività ai fenomeni alluvionali e da frana nelle aree al fronte della catena

Research paper thumbnail of Potentialities and achievements of evolutionary modeling as an innovative approach to groundwater dynamics analysis

Research paper thumbnail of Potentialities and achievements of data-driven approach to groundwater dynamic analysis

Research paper thumbnail of Notes on the morphological features of the gorges on southwest bound of Apulia calcareous platform called “Gravine”

Research paper thumbnail of On the permeability of red soils in Apulian karst area (Southern Italy)

Research paper thumbnail of Preliminary notes for the inclusion of stone from Apulia Region in the Global Heritage Stone Resource list

Research paper thumbnail of Prediction of landslide displacement as a function of antecedent landslide by EPRMOGA tool

Research paper thumbnail of Rotture tettonico gravitative e grandi frane nell'area di Scilla (Reggio Calabria)

Research paper thumbnail of Tectonic thrust as conditioning element for large landslides at the front of the chain

Research paper thumbnail of Deep seated gravitational slope deformation and hydraulic vulnerability of the lower Biferno valley (Southern Italy)

Research paper thumbnail of Preliminary remarks on gravitational tectonic deformations and DSGSD in mount Poro headland (Calabria - South Italy)

RENDICONTI ONLINE DELLA SOCIETÀ GEOLOGICA ITALIANA, Aug 1, 2012

Research paper thumbnail of Deformazioni gravitative profonde nel territorio di Rosarno (RC) indotte da fenomeni di liquefazione delle sabbie dal “Terremoto delle Calabrie” del 1783

Research paper thumbnail of Different hydrogeological characters recognized in the same Mesozoic limestone platform of Apulia region

Research paper thumbnail of Stability problems in apulian rupestrian settlements

Research paper thumbnail of Analysis of infiltration processes into fractured and swelling soils as triggering factors of landslides

Environmental Earth Sciences, Jul 13, 2013

Rainfall infiltration can cause a dramatic decrease of suction in unsaturated soils and, conseque... more Rainfall infiltration can cause a dramatic decrease of suction in unsaturated soils and, consequently, of shear strength, triggering various instability phenomena, such as the slip of steep surface soil layers. Swelling of cracked soils and capillary barrier effects, induced by finegrained soils overlying a more permeable material, can also affect water flow through this type of soil systems. In the past, few studies on infiltration and rainfall-induced landslides considered the simultaneous effects of surface cracks, swelling materials, and/or the capillary barrier phenomenon. To this purpose, this paper presents the results obtained by a dual-permeability model, which simulates water flow through a fractured swelling soil overlying a more permeable soil and focusing on the influence of these phenomena on triggering of landslides. Numerical results show that for high-intensity precipitations, flow through fractures quickly reaches significant depths and the capillary barrier is broken, while soil swelling leads to a uniform narrowing of cracks. On the other hand, for low-intensity precipitations, fracture flow and swelling are limited only to the first 30-50 cm of the topsoil, while cracks almost completely closed. Evaluations of the slope stability show that prolonged lowintensity rainfalls might be more dangerous than short high-intensity rains in triggering surface landslides.

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