Key result
A computational fluid mechanical model of left ventricular ejection demonstrated that velocity vectors greatly increased at the aortic outlet, with pressure dropping from 8.8 mmHg to zero.
Population
Spherical left ventricular computational model
Authors
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Model offers LV ejection simulation framework; leaves open in vivo validation before clinical translation.
A computational fluid dynamics model of the left ventricle demonstrates velocity increases and pressure drops at the aortic outlet, providing a framework for future realistic modeling.
Taylor et al. (1994) studied Left ventricular ejection. Computational fluid mechanical model was evaluated on Flow fields, velocity vectors, and pressure changes. A computational fluid mechanical model of left ventricular ejection demonstrated that velocity vectors greatly increased at the aortic outlet, with pressure dropping from 8.8 mmHg to zero.
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