Dottorato in Energetica , 34o ciclo (2018-2021)
Dottorato concluso nel 2023
Tesi:
An experimental and modelling approach to study the performance and degradation of low temperature electrolyzers (Abstract)
Tutori:
Massimo SantarelliProfilo
Interessi di ricerca
Ricerca
Altre attività e progetti di ricerca
Hydrogen Production: Experimental analysis and modelling of hydrogen production methods, with a focus on low-temperature electrolysers, including PEM, AEM, and alkaline systems.
Hydrogen Utilisation: Experimental and modelling studies on power generation from hydrogen using various technologies, particularly low-temperature fuel cells, with a specific focus on applications in the transport sector.
Hydrogen Storage: Experimental and modelling investigations into hydrogen storage methods, with a particular emphasis on cryogenic, cryo-compressed, and metal hydride storage solutions.
Pubblicazioni
Pubblicazioni durante il dottorato Vedi tutte le pubblicazioni su Porto@Iris
- Mansourkiaei, Mohsen (2023)
An experimental and modelling approach to study the performance and degradation of low temperature electrolyzers. relatore: SANTARELLI, MASSIMO; , 34. XXIV Ciclo, P.: 399
Doctoral Thesis - Javed, H.; Sabato, A. G.; Mansourkiaei, M.; Ferrero, D.; Santarelli, M.; Herbrig, K.; ... (2020)
Glass-ceramic sealants for SOEC: Thermal characterization and electrical resistivity in dual atmosphere. In: ENERGIES, vol. 13. ISSN 1996-1073
Contributo su Rivista