Coupled CFD-Experimental study of Fish-Turbine interaction
Large-eddy simulation study investigating the complex interactions between fish behavior and marine hydrokinetic turbine operations in aquatic environments.
Portfolio of the Projects
Large-eddy simulation of marine hydrokinetic turbines
High-fidelity numerical modeling of utility-scale turbines with use of different turbine modeling approaches.
Human breathing modeling through nose and mouth
High-fidelity computational fluid dynamics study of respiratory airflow patterns in human nasal and oral cavities for medical applications.
Digital Twining of Marine Energy using CFD
High-fidelity computational fluid dynamics study of a marine energy site in Long Island Sound to build a digital twin of it.
Sediment transport modeling using CFD
High-fidelity computational fluid dynamics study of sediment dynamics in open chanel flows using marine hydrokinetic (MHK) turbines.
VFS Geophysics: Solver Development, Debugging, Enhancement, and Validation
Contributor to the open-source Virtual Flow Simulator (VFS-Geophysics) for wind, tidal, environmental, and biological flow modeling.