Large-scale simulation of the human cranial arterial tree: utility in hydrocephalus

@article{Anor2009LargescaleSO,
  title={Large-scale simulation of the human cranial arterial tree: utility in hydrocephalus},
  author={Tomer Anor and Leopold Grienberg and Joseph R. Madsen and George E. Karniadakis},
  journal={Cerebrospinal Fluid Research},
  year={2009},
  volume={6},
  pages={1-2}
}
Background Recent work in hydrocephalus modelling has drawn attention to the potential role of disruption of a pulsation absorber mechanism in the intracranial compartment. Therefore, characterization of cerebral hemodynamics is essential for understanding complex intracranial dynamics under normal and diseased conditions, diagnosing and treating patients… CONTINUE READING