Research interests include numerical modelling of various coupled electrical, thermal and mechanical phenomena with emphasis on free and moving boundaries problems: gaseous discharges and arcs; electric propulsion systems for spacecraft, e.g. Pulsed Plasma Thrusters, Gridded Ion Engines, Hollow Cathodes; lightning strikes damage in aircrafts and wind turbines; eddy currents in electrical machines; oil and dust migrations in transformers; gas flow and heat exchange in fibre network materials; heat transfer, sintering and residual stresses in various coatings; transient liquid phase bonding technique; plastic deformation of multilayer materials and structures; laser drilling and surface modification of metals and composites.
Ilias's research lies in the monolithic integration of quantum well/dot active devices with the silicon and silicon nitride photonic platforms for operation in the telecom (C) and datacom (O) frequency bands.
