Our research is focused on computational and experimental thermal-​​​hydraulics and fluid-​​​dynamics. In particular, we develop and apply high-​​resolution measurement techniques and we develop multi-​​physics, multi-​​scale computational frameworks to tackle complex thermofluids problems in engineering.

We develop novel, advanced instrumentation for high-​resolution experiments and CFD-​grade experiments and we perform CFD simulations (RANS and LES) and CFD-​based high-​fidelity multi-​physics simulations. Further we design and build experimental facilities to investigate thermal-​hydraulic and fluid-​dynamics phenomena and to validate CFD codes.

• Advanced instrumentation
• High-​fidelity multi-​physics simulations
• Experimental facilities