All patients surviving an acute aortic dissection require continued lifelong surveillance of
their diseased aorta. Late complications, driven predominantly by chronic false lumen …

Aortic dissection (AD) is a condition of the main artery of the human body, resulting in the
formation of a new flow channel, or false lumen. The disease is usually diagnosed with a …

In order for computational fluid dynamics to provide quantitative parameters to aid in the
clinical assessment of type B aortic dissection, the results must accurately mimic the …

Computational modeling and investigation have become increasingly useful in assessing
the hemodynamic and structural factors that contribute to aneurysm rupture, particularly …

Heart disease is the number one cause of death in the US (Xu et al., 2020). Many efforts
have been devoted to studying its progression, diagnosis, and treatment. During the past …

In this article, we present a multicenter aortic vessel tree database collection, containing 56
aortas and their branches. The datasets have been acquired with computed tomography …

Quantitative assessment of the complex hemodynamic environment in type B aortic
dissection (TBAD) through computational fluid dynamics (CFD) simulations can provide …

Computational hemodynamics has become increasingly important within the context of
precision medicine, providing major insight in cardiovascular pathologies. However, finding …

Fluid–structure interaction (FSI) incorporates effects of fluid flows on deformable solids and
vice versa. Complex biomedical problems in clinical applications continue to challenge …

Understanding the complex interplay between morphologic and hemodynamic features in
aortic dissection is critical for risk stratification and for the development of individualized …