Low fidelity simulation of small aortic annulus; understanding the relationship between anatomical structures and enlargement procedures

A Hossien; I Khan; H Subhani; S Ashraf

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Low fidelity simulation of small aortic annulus; understanding the relationship between anatomical structures and enlargement procedures

机译：小主动脉瓣环的低保真模拟;了解解剖结构和扩大程序之间的关系

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《Journal of Cardiothoracic Surgery》 |2013年第s1期|共页
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A Hossien; I Khan; H Subhani; S Ashraf;
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1. Low fidelity simulation of small aortic annulus; understanding the relationship between anatomical structures and enlargement procedures [J] . A Hossien, I Khan, H Subhani, Journal of Cardiothoracic Surgery . 2013,第S1期

机译：小主动脉瓣环的低保真模拟;了解解剖结构和扩大程序之间的关系
2. Minimally Invasive Aortic Valve Replacement Following Root Enlargement on too Narrow Annulus to Perform Transcatheter Aortic Valve Implantation [J] . Kosuke Sakamoto, Toshinori Totsugawa, Arudo Hiraoka, International heart journal . 2018,第3期

机译：在太窄的瓣环扩大根部以进行导管主动脉瓣植入后，微创主动脉瓣置换术
3. Stability of aortic annulus enlargement during aortic valve replacement using a bovine pericardial patch: An 18-year clinical, echocardiographic, and angio-computed tomographic follow-up [J] . CelientoM., SaccocciM., DeMartinoA., The Journal of Thoracic and Cardiovascular Surgery . 2014,第3期

机译：使用牛心包膜修补主动脉瓣膜期间主动脉瓣环扩大的稳定性：一项为期18年的临床，超声心动图和血管计算机断层扫描随访
4. Advanced Radial Basis Functions Mesh Morphing for High Fidelity Fluid-Structure Interaction with Known Movement of the Walls: Simulation of an Aortic Valve [C] . Leonardo Geronzi, Emanuele Gasparotti, Katia Capellini, International Conference on Computational Science . 2020

机译：先进的径向基函数网格变形技术，可在壁的已知运动情况下实现高保真流体结构相互作用：主动脉瓣的仿真
5. Using Parametric CAD and FDM to Produce High Fidelity Anatomical Structures for Thoracentesis Training [D] . Khayat, Andre. 2018

机译：使用参数CAD和FDM为胸腔冲突训练产生高保真解剖结构
6. Low fidelity simulation of small aortic annulus; understanding the relationship between anatomical structures and enlargement procedures [O] . A Hossien, I Khan, H Subhani, 2013

机译：小主动脉瓣环的低保真模拟；了解解剖结构和扩大程序之间的关系
7. Low fidelity simulation of small aortic annulus; understanding the relationship between anatomical structures and enlargement procedures [O] . 2013

机译：小主动脉瓣环的低保真模拟；了解解剖结构和扩大程序之间的关系
8. Efficient Development of High Fidelity Structured Volume Grids for Hypersonic Flow Simulations. [R] . Alter, S. J. 2003

机译：用于高超声速流动模拟的高保真结构体积网格的有效开发。

Low fidelity simulation of small aortic annulus; understanding the relationship between anatomical structures and enlargement procedures

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