Exploration of modelling of blood flow through the arterial tree using phase error reducing finite element model

Martynas Patasius, Andrius Krisciunas, Andrius Rapalis, Rimantas Barauskas, Arturas Janusauskas, Dalia Calneryte, Audrius Neciunas

Abstract


This work explores the possibility to use a new phase error reducing variant of finite element model to model the blood flow. It has been found that, even using mostly generic anatomical data, the method can be adapted to find the values of pulse transit time that are close to the ones found from ECG and PPG.


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BIOMEDICAL ENGINEERING CONFERENCE ORGANIZING COMMITEE,

BIOMEDICAL ENGINEERING INSTITUTE,

KAUNAS UNIVERSITY OF TECHNOLOGY.