Giovanni Giustini

Giovanni Giustini is a Lecturer in Engineering Simulation and Data Science at the University of Manchester, Department of Mechanical Engineering. His research focuses on numerical simulation of complex flow physics, including multiphase flow, boiling, and interfacial effects, with an emphasis on developing robust and efficient solution algorithms for non-linear PDEs. His work applies to both fundamental numerical methodology and industrially relevant test cases, particularly in the energy and propulsion sectors. He is also an Editor for Applied Thermal Engineering and an Honorary Lecturer at Imperial College London.

Giovanni Giustini is a researcher at The University of Manchester, focusing on computational fluid dynamics and thermal sciences. His work explores heat transfer mechanisms in two-phase flows, particularly in boiling processes. Giustini's research includes the modeling of bubble dynamics, microlayer evaporation, and interfacial mass transfer. He has published extensively on the prediction of dynamic contact angles, bubble departure diameters, and evaporative thermal resistance. His studies also address the application of physics-informed neural networks for heat transfer prediction and the simulation of boiling flows for nuclear thermal hydraulics. Giustini's research contributes to understanding the complex interactions between liquid and vapor phases in boiling systems.