A. G. Hoekstra

This study combines in silico and in vitro models to analyze platelet aggregation and flow dynamics in a punctured vessel, revealing asymmetric platelet distribution and the impact of wound size and pressure on hemostasis.

This paper presents an image-based computational model to simulate blood flow around platelet aggregates under varying shear rates, showing that agonist transport and kinetic forces depend on both shear rate and aggregate microstructure.

This study evaluates a 3D porous cerebral perfusion model for stroke treatment, finding that coarse grids with first-order elements reliably estimate perfusion but higher-order elements are needed for accurate flow rate calculations.