PhD M/F Development of Numerical Methods for Simulating Two-Phase Flows with Interface Resolution and Property Jumps

Context and MotivationTwo-phase flows with resolved interfaces (e.g., particles, bubbles, droplets, liquid films) are ubiquitous in industrial (energy, concentrated solar power, chemical, nuclear, etc.) and environmental applications. Their accurate numerical simulation remains a major challenge due to strong discontinuities at interfaces (material property jumps, surface tension).