摘要
不同程度动脉瘤栓塞的红细胞颗粒运动状况数值模拟,应用液固两相流计算流体力学仿真,血液流动采用瞬态,血管壁采用刚性壁模拟。通过仿真计算,最终获取动脉瘤栓塞程度不同的两相流的血流状况:动脉瘤栓塞程度不同,导致动脉瘤内红细胞体积分数分布不同,血流速度分布、壁面切应力分布不同,栓塞也导致红细胞聚集现象不同。
The Movement of Red Blood cell particles in different degrees of aneurysm embolization was simulated by liquid-solid flow simulation, transient blood flow simulation and rigid wall simulation, respectively. Finally, the blood flow of two-phase flow with different degrees of aneurysm embolization was obtained by simulation calculation. The different degrees of aneurysm embolization resulted in different distributions of red blood cell volume fraction, blood flow velocity and wall shear stress, embolization also causes different aggregations of red blood cells.
作者
张洋
樊俊杰
陈盈盈
陈广新
王汝良
任春娜
ZHANG Yang;FAN Jun-jie;CHEN Ying-ying;CHEN Guang-xin;WANG Ru-liang;REN Chun-na(Department of Laboratory Medicine,Second Affiliated Hospital,Mudanjiang Medical College,Heilongjiang,Mudanjiang 157011;School of Health Management,Mudanjiang College of Medicine,Heilongjiang,Mudanjiang 157011;College of Medical Imaging,Mudanjiang Medical College,Heilongjiang,Mudanjiang 157011;Department of Radiology,Red Flag Hospital,Mudanjiang Medical College,Heilongjiang,Mudanjiang 157011)
出处
《软件》
2020年第7期143-147,169,共6页
Software
基金
2018年度黑龙江省省属高等学校基本科研业务费科研项目(No.2018-kyywfmy-0039)
2019年度黑龙江省省属高等学校基本业务费科研项目(No.2019-kyywfmy-1003)。
关键词
动脉瘤栓塞
多相流
红细胞聚集
Aneurysm
Embolization
Multiphase flow
Erythrocyte aggregation
