Research

My work focuses on computational hemodynamics in the pulmonary circulation: coupling 3D computational fluid dynamics with 0D/1D LPN models, structured-tree microvascular boundary conditions, and microvascular adaptation models for predictive surgery planning.

Interests

• Pulmonary artery CFD and reduced-order modeling
• Structured-tree outflow boundary conditions and impedance tuning
• Adaptive radius/thickness models under shear and transmural stress

Methods

• Patient-specific 3D CFD with svMultiPhysics coupled to LPN
• Boundary condition tuning with Nelder-Mead optimization of structured tree parameters
• Informing + validating mechanobiological models of pulmonary microvascular adaptation

Tools

• svZeroDTrees
• svZeroDSolver
• svMultiPhysics
• SimVascular
• ParaView
• Sherlock HPC cluster
• Python, C++