Thesis proposed by the Research group:
Sustainable Energy Systems Analysis and Modelling - SESAM
Area Energy Access and Planning for Sustainable Development
To apply is necessary to send an email to prof. E. Colombo and Prof. R. Mereu, including curriculum vitae and track record of exams, ranking some preferences. The assignment of the thesis will be done after an interview.
Integration of “hydrogen” energy carrier in the Latin American continent modelling framework
Relatore (Supervisor): Riccardo Mereu
Area Energy systems accounting and modelling
To apply is necessary to send an email to prof. M.V. Rocco including curriculum vitae and track record of exams, ranking some preferences. The assignment of the thesis will be done after an interview.
Modelling for decarbonization of the Italian rail transport sector
Relatore (Supervisor): Emanuela Colombo
Thesis with internship at TecnoHabitat – Milan Headquarters
Relatore (Supervisor): Matteo Vincenzo Rocco
Disaggregazione geografica dei profili di carico della domanda elettrica in paesi in via di sviluppo affetti da scarsità di dati
Load Demand geographical disaggregation in Developing Countries affected by data paucity
Relatore (Supervisor): Matteo Vincenzo Rocco
Stima della domanda elettrica in comunità rurali di paesi in via di sviluppo tramite algoritmi di previsionea
Estimation of electric demand of developing countries’ rural communities through forecast algorithms
Relatore (Supervisor): Emanuela Colombo
Integrazione del vettore energetico “idrogeno” nella modellazione energetica del continente africano
Integration of “hydrogen” energy carrier in the African continent modelling framework
Relatore (Supervisor): Emanuela Colombo
Modeling seasonal storage in energy system models with time series aggregation.
Supervisor: Emanuela Colombo
Industrial Ecology Methodologies for Impact Evaluation of Energy Transtion Scenarios in Italy
Responsabile (responsible): Prof. Matteo Vincenzo Rocco
Area CFD and transport phenomena
To apply is necessary to send an email to prof. F. Inzoli, including curriculum vitae and track record of exams, ranking some preferences. The assignment of the thesis will be done after an interview.
Designing of the R290 two-phase ejector with bypass duct
Relatore (Supervisor): Giorgio Besagni
[Thesis with period abroad] Theses opportunity abroad at HZDR, Dresden in the framework of multiphase fluid dynamics - www.hzdr.de
Relatore (Supervisor): Giorgio Besagni
[Thesis with period abroad] Theses opportunity abroad at OIST, Japan, in the framework of multiphase fluid dynamics - https://groups.oist.jp/cffu
Relatore (Supervisor): Giorgio Besagni
Shape-optimization of the R290 fixed-type two-phase ejector for small-scale heat pump application
Relatore (Supervisor): Giorgio Besagni
Numerical analysis of the R718 two-phase ejector for refrigeration/heat pump systems
Relatore (Supervisor): Giorgio Besagni
[Thesis abroad UiA] CFD model development for hydrothermal liquefaction of lignin
Relatore (Supervisor): Riccardo Mereu
[Thesis abroad UiA] Hydrothermal Liquefaction of Algal biomass Using A Modified Multi-stage Shrinking-Core Model
Relatore (Supervisor): Riccardo Mereu
[Thesis abroad UiA] Biomass to biopolymers to enable the production of biomaterials by coupling hydrodynamic cavitation and hydrothermal separation processes
Relatore (Supervisor): Riccardo Mereu
[Thesis abroad UiA] Develop an artificial intelligence-driven universal liquefaction model based on a shrinking core concept
Relatore (Supervisor): Riccardo Mereu
[Thesis with possible period abroad] Numerical (and experimental) optimization of the R290 microchannel heat exchanger for domestic ejector-based heat pump applications
Relatore (Supervisor): Giorgio Besagni
Undergound hydrogen storage
Responsabili (responsibles): Ehsan Ranaee - Fabio Inzoli - Alberto Guadagnini
Ionic-liquid bubble columns for carbon dioxide removal from sour gas streams
Responsabili (responsibles): Giorgio Besagni - Gael Guedon - Riccardo Mereu
Coupled CFD-Building Energy Modeling of urban areas for outdoor thermal comfort evaluation: methodology development and application to real case studies
Responsabili (responsibles): Riccardo Mereu - Francesco Causone
Modellazione CFD del comportamento energetico di un sistema costruttivo ventilato innovativo per l’involucro degli edifici
CFD modelling for energy performance assessment of innovative ventilated walls employed as construction system for the building envelope
Responsabili (responsibles): Riccardo Mereu - Sofia Pastori
Numerical investigation of multiphase flow in an electrolyzer
Responsabili (responsibles): Giorgio Besagni - Fabio Inzoli
Modeling of solar-assisted ejector-based refrigeration systems
Responsabili (responsibles): Giorgio Besagni, Fabio Inzoli
High temperature ejector-based heat pumps for exploiting waste heat in industries
Responsabili (responsibles): Giorgio Besagni, Fabio Inzoli
Application of ejectors in water-based chillers and heat pumps
Responsabili (responsibles): Giorgio Besagni, Fabio Inzoli
CFD modeling in urban environment: urban wind turbines – thermal comfort - pollutant transport
Responsabile (responsible): Riccardo Mereu