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Numerical study of a new ventricular assist device

机译:新型室心辅助装置的数值研究

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Abstract The present work presents a numerical study of two axial ventricular assist devices (VADs) with two different designs. The geometry of the first design was inspired by DeBakey's rotary blood pump and the geometry of the second design is based on BioCirc’s pediatric VAD. The goal is to see which of the two designs has promising capabilities in terms of pressure differential, flow rate, and thrombosis before proceeding to deeper investigations. In this study a computational fluid dynamics tool was used to simulate and calculate the hemodynamics in the two investigated models. Both models were investigated for a flow rate of 5 L/min at rotational speeds between 10?000 and 15?000 rpm.
机译:摘要目前的工作介绍了两个不同设计的两个轴向心室辅助装置(VADS)的数值研究。 第一个设计的几何形状由Debakey的旋转血液泵和第二种设计的几何形状基于Biocirc的儿科Vad。 目标是,在进行更深入的调查之前,可以看到两个设计在压差,流速和血栓形成方面具有有希望的能力。 在本研究中,使用计算流体动力学工具来模拟和计算两种调查模型中的血流动力学。 在10 000和15Ω000rpm之间的旋转速度下,调查了两种模型的流速为5升/分钟。

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