Senol Piskin

TL;DR: The International CFD Rupture Challenge 2013 seeks to comment on the sensitivity of these various CFD assumptions to predict the rupture by undertaking a comparison of the rupture and blood-flow predictions from a wide range of independent participants utilizing a range of CFD approaches.

TL;DR: While segmentation and CFD solver techniques may be difficult to standardize across groups, the findings suggest that some of the variability in image-based CFD could be reduced by establishing guidelines for model extents, inflow rates, and blood properties, and by encouraging the reporting of normalized hemodynamic parameters.

TL;DR: The most important conclusion obtained from this model is the existence of negative relation between velocity at several inner points of the internal carotid artery and velocity at the inlet of the common carotids artery.

TL;DR: The study emphasizes the need for careful processing of initial segmentation results for a realistic assessment of clinically relevant morphological parameters in order to highlight the variability of surface reconstruction.

TL;DR: An intelligent decision-making process for a real patient having pulmonary artery atresia and ventricular septal defect is demonstrated and it is hypothesized that the post-operative performance of the surgical shunt can be predicted through computational blood flow simulations that consider patient size, shunt configuration, cardiac output and the complex three-dimensional disease anatomy.