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Computing pulsatile blood flow of coronary artery under incomplete boundary conditions.

WenJun PuYan ChenShuai ZhaoTiantong YuHeqiang LinHaokao GaoSongyun XieXi ZhangBohui ZhangChengxiang LiKun LianXinzhou Xie
Published in: Medical engineering & physics (2024)
This paper confirms that ignoring the effect of inertia term can significantly affect the accuracy of calculating pulsatile blood flow in moderate stenosis lesions, and the new method proposed in this paper can significantly improves the accuracy of calculating pulsatile blood flow in moderate stenosis lesions. The proposed method provides a convenient clinical method for obtaining pressure-synchronized blood flow, which is expected to facilitate the application of waveform analysis in the diagnosis of coronary artery disease.
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