Numerical Model for Two-Phase Flow

The job aims to develop an advanced numerical model to study two-phase flow (liquid and gas) in microscale channels with complex geometries that include curved or corrugated surfaces. The model will incorporate interactions between the phases, such as surface tension effects, variations in interfacial tension (interface dynamics), and the influence of microscale forces such as shear and gravity. Advanced numerical solution techniques will be employed, potentially integrating methods like the Coupled Finite Volume Finite Element Method (CVFEM) with interface tracking approaches (such as VOF or Level-Set) to ensure accurate representation of the interactions between the two phases.

Project Phases:

Phase One: Code Development and Results Acquisition

Phase Two: Comprehensive Technical Report