Department Division: Thermal Engineering and Enviromental Technologies

  • Research Group: AirLab

Prototipazione e ottimizzazione di un sistema basato su sostanze adsorbenti per l'umidificazione dell'aria ed il recupero del calore (Prototyping and optimization of a desiccant based system for air humidification and heat recovery)
Responsabile: Stefano De Antonellis

Experimental characterization of a membrane humidifier for fuel cell systems in automotive application
Responsabili: Andrea Baricci - Stefano De Antonellis

Modellizzazione e analisi sperimentale di sistemi essiccanti aperti a letto fisso per l'accumulo dell'energia (Modelling and experimental analysis of open sorption packed bed thermal energy storage systems)
Responsabile: Stefano De Antonellis - Luigi Pietro Maria Colombo

THESIS ABROAD - Experimental study on the flow boiling of refrigerants in micro- heat sinks
Responsabili: Luca Molinaroli - Luigi Colombo - Gennaro Criscuolo (DTU)

Department Division: Thermal Engineering and Enviromental Technologies

  • Research Group: End-use Efficiency (eERG)

Energy simulation of an outdoor test cell facility
Responsible: Francesco Causone

Department Division: Thermal Engineering and Enviromental Technologies

  • Research Group: MRT Fuel Cell Lab

Experimental characterization of a membrane humidifier for fuel cell systems in automotive application
Responsabili: Andrea Baricci - Stefano De Antonellis

Ageing of hydrogen PEMFC under real world automotive applications
Responsible: Andrea Casalegno

Ageing of hydrogen PEMFC under real world automotive applications
Responsible: Andrea Casalegno

Circular economy of lithium-ION batteries: linking degradation mechanisms to operation stressors
Responsible: Claudio Rabissi

Analysis of electrochemical technologies for energy storage applications
Responsible: Matteo Zago

Vanadium Redox Flow Batteries (VRFB) for energy storage: cell scale-up to prototype level
Responsible: Matteo Zago

Department Division: Thermal Engineering and Enviromental Technologies

  • Research Group: Single and multi-phase Thermo-fluid Dynamic

Integrazione delle membrane per separazione di ossigeno nei processi industriali
Responsible: Luigi Pietro Maria Colombo
Co-responsible: Andrea Rossetti

Sperimentazione di membrane per separazione di ossigeno
Responsible: Luigi Pietro Maria Colombo
Co-responsible: Andrea Rossetti

Sviluppo di un modello del processo di metanazione biologica della CO2 in reattori trickle bed
Responsibile: Luigi Pietro Maria Colombo
Co-responsible: Andrea Rossetti

Applicazione di tecniche di controllo predittive ad una centrale di teleriscaldamento esistente. Modellazione e verifica sperimentale
Responsibile: Luigi Pietro Maria Colombo
Co-responsibile: Andrea Rossetti

Applicazione di tecniche di controllo predittive a sistemi climatizzazione assistiti da fonte solare
Responsible: Luigi Pietro Maria Colombo
Co-responsible: Andrea Rossetti

Advanced technical solutions for heating and cooling in buildings, exploiting renewable energy sources
Responsabile: Clauidio Del Pero (dipartimento ABC)
Co-responsabile: Luigi Pietro Maria Colombo

CFD simulation of multiple drop impact onto deep pools
Responsible: Manfredo Guilizzoni

Development and validation of a CFD solver for multiphase fluid dynamics in presence of significant capillary forces, using the phase field model
Responsible: Manfredo Guilizzoni - Augusto Della Torre

Multi-scale modeling of ejectors for refrigeration systems
Responsabile: Luca Marocco

Hybrid LES/DNS of turbulent mixed convection to a liquid metal flowing in a concentric annulus
Responsible: Luca Marocco

Simulazione DES della convezione forzata e mista turbolenta di un metallo liquido (Detached-Eddy Simulation of turbulent forced and mixed convection to a liquid metal flow)
Responsible: Luca Marocco - Luigi Pietro Maria Colombo

Numerical analysis of temperature dependent turbulent forced convection heat transfer in a heated tube
Responsiblei: Luca Marocco - Manfredo Guilizzoni

Conjugate Heat Transfer simulation of a household radiator
Responsabili: Luca Marocco - Fabio Rinaldi

CFD modelling of a high flux solar receiver using liquid sodium
Responsible: Luca Marocco - Andrea Giostri - Marco Binotti

Department Division: Thermal Engineering and Enviromental Technologies

  • Research Group: Applied Thermal Engineering - Energy and environmental systems for buildings

Investigation on convection phenomena related to the adoption of globe/cylindre thermometers for outdoor comfort assessment
Responsible: Manfredo Guilizzoni - Adriana Angelotti


Department Division: Thermal Engineering and Enviromental Technologies

  • Research Group: RELAB - Renewable Heating and Cooling Lab

Modelling, simulation and optimum control of a renewables based new generation district heating system for energy efficient buildings
Responsible: Marcello Aprile - Alice Dénarié

Potential diffusion assessment of new generation district heating systems fed by renewable energy sources
Responsible: Mario Motta - Alice Dénarié

Accumuli a cambiamento di fase per l’incremento dell’autoconsumo in sistemi di pompa di calore alimentati da fotovoltaico
Responsabili (responsible): Tommaso Toppi - Marcello Aprile

Department Division: Thermal Engineering and Enviromental Technologies

  • Research Group: Sustainable Energy System Analysis and Modelling (SESAM)

Messa a punto e validazione di modelli di turbolenza basati sull’approccio LES con codici open source per applicazioni nel settore energia
Responsible: Emanuela Colombo - Fabio Inzoli

Messa a punto e validazione di modelli di Turbolenza RANS non Lineari con codici open source per applicazioni nel settore energia
Responsible: Emanuela Colombo - Fabio Inzoli

Numerical investigation of heterogeneous flow in a bubble column reactor
Responsible: Gael Guedon - Riccardo Mereu

CFD analysis of droplets injection and interaction in wet compression system
Responsible: Gael Guedon

Development of an integrated Energy-Economic model for the analysis of Urban Metabolism
Responsabili: Matteo Rocco - Francesco Causone