Dipartimento di Ingegneria civile ed ambientale
Università degli Studi di Perugia

Claudia Cerbai                            

Thesis project title:to be defined

abstract

Jessica Di Mario

Thesis project title: Utilization of by-products from agri-food chains for the production of bioactive molecules, biomaterials, and biofertilizers in a third-generation biorefinery.

abstract:

The overall aim of the project is to reuse waste biomasses from the agri-food industry to produce economical valuable molecules biogas, as last step, trough anaerobic digestion

Eleonora Dottorini

Thesis project title: to be defined

abstract

Livia Fabbretti                       

Thesis project title: to be defined

abstract

Debora Falocci                       

Thesis project title: to be defined

abstract

Gregorio Gazzetta

Thesis project title: Water availability evaluation by reanalysis and ground measurements

abstract:

The research will concern the simulation of the water table elevation in shallow unconfined aquifers where infiltration is assumed as the main mechanism of recharge. The project aims at developing and demonstrating the application of a comprehensive real-time technology for mitigating the drought impact in Water Networks. This technology is based on extensive use of global atmospheric datasets and ground measurements. It will allow forecasting the water availability in terms of the water bodies (i.e., aquifers) level. Such a forecast will be used to design real-time sustainable management of water distribution networks.

Pasquale Guarino

Thesis project title: to be defined

abstract

Enrique Garcia-Macias

Francesco Leopardi

Thesis project title: to be defined

abstract

Francesco Mariani

Thesis project title: to be defined

abstract

Michele Mattiacci

Thesis project title: Advanced strategies for strain-based health monitoring of masonry structures

abstract:

Masonry structures, predominant in Europe's built heritage, face preservation challenges due to material degradation and seismic hazards. Assessing the structural integrity of masonry buildings is often a challenging task, especially in the case of historical structures. This is mainly because features such as irregular geometry, heterogeneity of masonry, material ageing, and damages suffered over the years due to unexpected loading conditions (like earthquakes and foundation settlements, to name a few) introduce uncertainties in determining their actual structural response.

Historic masonry buildings preservation throughout Europe is an immediate priority, necessitating suitable Structural Health Monitoring (SHM) solutions that should establish a connection between measured data related to the structure's in-service response and its residual load-bearing capacity and structural integrity. As of now, the widespread implementation of SHM systems in masonry structures remains limited. This is primarily due to challenges associated with off-the-shelf sensors that face issues related to scalability, durability, transmission, and high costs. Considering the above, smart materials could constitute a cutting-edge technology to overcome such limitations related to the practical implementation of SHM systems in masonry buildings. In addition to this, the analysis of data collected by sensors made from these innovative materials using AI and machine learning algorithms can enable automated earthquake-induced damage identification, quantification, and localization. The proposed research project aims to establish a novel methodology for promptly assessing the structural condition of masonry structures following a hazardous event, leveraging innovative sensing technology based on smart materials, Artificial Intelligence, and numerical modeling.

Ahsin Mehmood

Thesis project title: to be defined

abstract

Carlos Eugenio Moureira Desousa

Thesis project title: to be defined

abstract

Martina Natali

Thesis project title: to be defined

abstract

Yariv Portnoy

Thesis project title: Evaluating 3D woven carbon phenol parts as SRMs nozzle throats.

abstract:

In solid rocket motors (SRM) nozzles, the throat area which suffers from the worst erosion, is made of refractory metals for small SRMs and from graphite or carbon carbon composites in larger SRMs. The disadvantages of using graphite are (1) high thermal conductivity which requires further additional layers of thermal protection around the graphite throat insert, (2) recent years increasing demand for graphite material due to the increase in the electric transportation market creates supply chain challenges for the SRM industry. In this work, an effort will be undertaken to develop optimize, and evaluate 3D woven carbon phenol parts as SRMs throat inserts in terms of erosion resistance.

Sara Prapotnich

Thesis project title: to be defined

abstract

Waqas Qayyum

Thesis project title: to be defined

abstract

Arash Rahimi

Thesis project title: Structural Health Monitoring and intelligent damage diagnosis of railway bridges using machine learning approaches

abstract:

The proposed research aims to contribute to the development of advanced and automated techniques for damage detection and structural health monitoring of railway bridges.

Mehran Shahpari

Thesis project title: to be defined

abstract

Asad Ullah

Thesis project title: to be defined

abstract

Sousa Israel (afferenza con Dottorato nazionale "Difesa dai rischi naturali e transizione ecologica del costruito" con sede amministrativa presso l’Università di Catania)

Thesis project title: to be defined

abstract