Research
Our research focuses on high-fidelity simulation of complex fluid systems, combining physics-based modeling with high-performance computing. We develop scalable numerical methods for turbulence, multiphase flows, and transport phenomena.
High-Order CFD
Development of high-order accurate numerical schemes for compressible and incompressible flows on complex geometries.
Turbulence & Vortex Dynamics
DNS and analysis of vortex breakdown, helicity transport, and multi-scale turbulence structures.
Immersed Boundary Methods
Cartesian-grid based solvers for complex and moving geometries using sharp-interface techniques.
Multiphase & Multiphysics Flows
Simulation of coupled transport phenomena involving heat, mass, and phase interactions.