Book Share_ Biofluid Mechanics

最近在看血流动力学方面的书，搜索范围暂定为近三年的新作。
相关书籍可于MEGA自取，同时欢迎联系本人进行交流。

Pedrizzetti G. Fluid Mechanics for Cardiovascular Engineering: A Primer. Springer International Publishing; 2022. doi:10.1007/978-3-030-85943-5

注：本书第一部分到第三部分讲述了一些流动基本概念，第四部分开始，第十章介绍了流动力学中常用的涡量、边界层分离，第十一章介绍了大血管中的分离流，如动脉粥样硬化、狭窄、动脉瘤；第十二章介绍了心脏腔室流动，第十三章介绍心脏瓣膜，包括主瓣二尖瓣的成因和继发性疾病。

Part IV Advanced Analysis of Separated Flow
10. Vorticity and Boundary Layer Separation 
10.1 Vorticity and Irrotational Flow 
10.2 Vorticity Equation
10.3 Boundary Layer Separation and Vortex Formation
10.4 Three-Dimensional Vortices
10.5 Vortex Interactions with Other Vortices and with Walls
10.6 A Further Account to Turbulence
11 Separated Flow in Large Arteries
11.1 Arteriosclerosis and Boundary Layer Separation
11.2 Stenosis
11.3 Aneurism
12 Cardiac Mechanics I: Fluid Dynamics in the Cardiac Chambers 
12.1 Cardiac Electro-Mechanical Cycle
12.2 Fluid Dynamics Inside the Left Ventricle with a Mention to the Other Chambers 
12.3 Evaluation of LV Fluid Dynamics
12.4 Fluid Dynamics in Cardiac Pathology
13 Cardiac Mechanics II: Heart Valves
13.1 Cardiac Valves
13.2 Aortic Valve
13.3 Pathologies of the Aortic Valve
13.4 Mitral Valve
13.5 Pathologies of the Mitral Valve 
13.6 A Mention to Congenital Cardiac Disease

Pozo Álvarez A. Fluid Mechanics Applied to Medicine: Cardiac Flow Visualization Techniques. Springer International Publishing; 2021. doi:10.1007/978-3-030-60389-2

注：本书第一章和第二章介绍了流动的基本概念；第三章介绍了血液流动的流动机制，包括心血管循环（心脏，大循环，动静脉毛细血管和血液），脉动周期和心脏工作的激励，血液的流动现象（血流动力学，泊肃叶流动，脉动流）；第四章介绍了心脏流动可视化，包括体内体外和模拟验证三节；第五章介绍了三种常见的验证技术，分别是MRI，PC-MRI，PIV。

3 Fluid-Mechanical Description of Blood Flow
3.1 Cardiovascular System 
3.1.1 Heart
3.1.2 Circulation 
3.1.3 Arterial, Venous and Capillary Systems
3.1.4 The Blood 
3.2 Cardiac Cycle
3.2.1 Cardiac Cycle Phases
3.2.2 Heart Work Generation
3.3 Fluid-Dynamic Characterization of Blood Flow
3.3.1 Hemodynamics History 
3.3.2 Hagen–Poiseuille Law
3.3.3 Pulsating Flow
4 Cardiac Flow Visualization Techniques 
4.1 In Vivo Techniques 
4.1.1 Characterization of the Flow in the Heart 
4.1.2 Acquisition of Images in the Left Atrial Appendage
4.2 In Vitro Techniques 
4.3 In Silico Techniques
4.3.1 Numerical Resolution of the Navier-Stokes Equations
4.3.2 CFD Model Validation 
5 Techniques for the Validation of Numerical Models 
5.1 MRI 
5.1.1 Operating Principle
5.1.2 Image Registration Using MRI 
5.1.3 Resolution
5.2 PC-MRI
5.2.1 Operating Principle
5.2.2 Scan Parameters 
5.3 PIV 
5.3.1 Operating Principle
5.3.2 PIV Elements 
5.3.3 Image Processing 
5.3.4 Uncertainty Calculation

Biofluid mechanics - an introduction to fluid mechanics, macrocirculation, and microcirculation.pdf.