Antonio Francone

Editorial: Innovations in coastal morphodynamic modeling

Giuseppe Barbaro, Giandomenico Foti, Antonio Francone, Ferdinando Frega et autres

Coastal morphodynamics involves the dynamics and morpho-sedimentary evolution of coastal systems such as beach-dune systems, river mouths, lagoons, and continental shelves (Bombino et al., 2022;D'Alessandro et al., 2022;Bosboom and Stive, 2023;Castelle and Masselink, 2023;Bombino et al., 2024;Cong et al., 2026;Hoagland et al., …

it, gb (code pays fourni par la source)

PROMETEO D4.1 - Report on updated conceptual/empirical formulations describing failure mechanisms of rubble-mound and vertical breakwaters, seawalls and of artificial beach nourishments

Mario Calabrese, Mariano Buccino, Sara Tuozzo, Giuseppe Barbaro et autres

The present deliverable D4.1 briefly provides an overview of methodologies for the characterization of existing and adapted solutions and the comparison between failure mechanisms typical of rubble-mound breakwaters, vertical breakwaters, seawalls and beach nourishments. Moreover, a collection of experimental and numerical datasets …

PROMETEO D6.2 - Meeting minutes

Rosaria Ester Musumeci, Martina Stagnitti, Emanuele Savoca, Luca Cavallaro et autres

The management and coordination activities were fundamental to the successful implementation of the project activities, ensuring they were carried out effectively and within the established timeframe. The present deliverable D6.2 reports the minutes of the meetings held throughout the duration of the …

PROMETEO D1.1 - Report on existing regulations and guidelines for the design of coastal and harbor defense solutions, main existing formulations for the description of failure mechanisms and options for adaptation to climate change

Alessandra Saponieri, Giuseppe Roberto Tomasicchio, Antonio Francone, Giulio Scaravaglione et autres

PROMETEO aims to foster a more resilient approach for the management of coastal areas, by developing a probabilistic design framework able to consider the uncertainties related to the response of new, existing or adapted coastal and harbor defense solutions and met-ocean forcing …

PROMETEO D1.1 - Report on existing regulations and guidelines for the design of coastal and harbor defense solutions, main existing formulations for the description of failure mechanisms and options for adaptation to climate change

Alessandra Saponieri, Giuseppe Roberto Tomasicchio, Antonio Francone, Giulio Scaravaglione et autres

PROMETEO aims to foster a more resilient approach for the management of coastal areas, by developing a probabilistic design framework able to consider the uncertainties related to the response of new, existing or adapted coastal and harbor defense solutions and met-ocean forcing …

PROMETEO D5.1 - Project website

Alessandra Saponieri, Giuseppe Roberto Tomasicchio, Antonio Francone, Giulio Scaravaglione et autres

The present deliverable 5.1 introduces to the project web-platform, which has been created to foster the usability of the project results and improve planning and design practice, by making available to stakeholders, researchers and general audience the procedures developed by PROMETEO.

PROMETEO D4.1 - Report on updated conceptual/empirical formulations describing failure mechanisms of rubble-mound and vertical breakwaters, seawalls and of artificial beach nourishments

Mario Calabrese, Mariano Buccino, Sara Tuozzo, Giuseppe Barbaro et autres

The present deliverable D4.1 briefly provides an overview of methodologies for the characterization of existing and adapted solutions and the comparison between failure mechanisms typical of rubble-mound breakwaters, vertical breakwaters, seawalls and beach nourishments. Moreover, a collection of experimental and numerical datasets …

PROMETEO D2.1 - Report on the proposed probabilistic design framework and description of the application to case studies

Rosaria Ester Musumeci, Martina Stagnitti, Emanuele Savoca, Luca Cavallaro et autres

In this deliverable D2.1, the probabilistic calculation procedure developed within the PROMETEO project for assessing the performance of defense interventions is presented. The procedure is based on insights obtained from the critical review of existing design regulations documented in deliverable D1.1. Furthermore, …

PROMETEO D2.1 - Report on the proposed probabilistic design framework and description of the application to case studies

Rosaria Ester Musumeci, Martina Stagnitti, Emanuele Savoca, Luca Cavallaro et autres

In this deliverable D2.1, the probabilistic calculation procedure developed within the PROMETEO project for assessing the performance of defense interventions is presented. The procedure is based on insights obtained from the critical review of existing design regulations documented in deliverable D1.1. Furthermore, …

PROMETEO D6.1 - Four-monthly progress reports

Rosaria Ester Musumeci, Martina Stagnitti, Emanuele Savoca, Luca Cavallaro et autres

The management and coordination activities were fundamental to the successful implementation of the project activities, ensuring they were carried out effectively and within the established timeframe. The presrent deliverable D6.1 is a collection of the progress reports produced during the course of …

PROMETEO D6.2 - Meeting minutes

Rosaria Ester Musumeci, Martina Stagnitti, Emanuele Savoca, Luca Cavallaro et autres

The management and coordination activities were fundamental to the successful implementation of the project activities, ensuring they were carried out effectively and within the established timeframe. The present deliverable D6.2 reports the minutes of the meetings held throughout the duration of the …

PROMETEO D5.2 - Stakeholder workshops and final conference

Alessandra Saponieri, Giuseppe Roberto Tomasicchio, Antonio Francone, Giulio Scaravaglione et autres

The present deliverable D5.1 proves the organization of workshops and of the final conference of the project, which were fundamental to present ongoing and final project developments to stakeholders (institutions, decision-makers, professionals, university students, construction companies).