Assistant Professor of Computational Fluid Dynamics (starting May 2026),
Technische Universität München
Our work on development of block projection semi-implicit schemes which are about 4 times faster than fully coupled schemes while preserving stability features.
In picture above: Progressive zoomed in mesh for Rayleigh Taylor instability in the chaotic turbulent regime for the density ratio of 1:10.
Research work on development of block solvers deployed on adaptive meshes to simulate two-phase flows.
In picture above: Comparison of bubble shapes and terminal velocities with experimental results and corresponding streamlines.
Research work on development of fully coupled solvers deployed on adaptive meshes to simulate two-phase flows.
In picture above: Progression of 2D Rayleigh-Taylor instability to chaotic turbulent regime for the density ratio of 1:10.