∗从2003年开始主要从事用格子Boltzmann方法以及其它传统方法模拟流体的运动及其大物与流体的相互作用，具体主要研究以下两方面的内容：

利用格子Boltzmann方法模拟血液在特殊血管中的流动，分析动脉粥样硬化的成因及其对血流的影响；

用格子Boltzmann方法和其它传统的流体计算方法（例如：有限差分、有限元和有限体积方法）模拟海洋动力学，分析大物在洋流中受力作用。

∗在夏威夷大学做博士后期间主要完成的项目和研究有以下三个方面：

利用COMCOT (Cornell Multi-grid Coupled Tsunami Model，is a two-dimensional longwave model originally developed by Phillip Liu at Cornell University and had been

modified by the our team。)模拟太平洋周边地震引发的海啸对夏威夷群岛以及周边地区的影响, 并画出夏威夷州的the Tsunami Evacuation Maps。

利用包括五种计算模型（ Parametric hurricane winds and pressure (Rankine Vortex), Tides and surge (shallow-water model ECOM Plus, Ocean wave energy (spectral

wave model WW3 ), Coastal wave energy (spectral wave model SWAN ) and Surf-zone waves and runup (Boussinesq BOUSS-2D)的暴风引起的海岸洪流模型，模拟可

能的飓风对夏威夷州的影响，并给出夏威夷州的the hurricane Evacuation Maps。

利用OpenFoam （Open Field Operation and Manipulation， is primarily a C++ toolbox for the customisation and extension of numerical solvers for continuum mechanics

problems, including computational fluid dynamics）.软件平台模拟粗糙海底的湍流波边界层流场，从而给出不同海底结构以及不同波强度和频率的摩擦系数。

1. X Kang, Z Dun, Accuracy and grid convergence of wall shear stress measured by lattice Boltzmann method, Int J Mod Phys C, 25(12), pp1450057-13, 2014.

2. X Kang, Assessment of pulsatile wall shear stress in the stenosed and recanalized carotid bifurcations by the lattice Boltzmann method, Computers & Fluids, 97, pp156-163, 2014.

3. X Kang, Lattice Boltzmann simulating hemodynamics in the three-dimensional stenosed and recanalized human carotid bifurcations, Sci China-Phys Mech Astron, 2014, in press.

4.敦志娅, 康秀英, 格子玻尔兹曼模拟壁面剪切应力的精度, 北京师范大学学报, 50(2), pp5-8, 2014.

5.范照萌, 康秀英, 颈动脉几何形状对动脉粥样硬化形成的影响, 北京师范大学学报, 49(1), p18-22, 2013.

6. KANG XiuYing, SU YanPing , Lattice Boltzmann simulation of flow around two, three and four circular cylinders in close proximity, SCIENCE CHINA, Physics, Mechanics & Astronomy, 55 (10), pp1873–1885, 2012.

7.苏艳平, 康秀英, 格子Boltzmann方法模拟狭窄颈动脉修复前后的流场, 北京师范大学学报, 48(1), p24-27, 2012.

8. Ji Yupin, Kang Xiuying, Liu Dahe, Simulation of non-Newtonian Blood flow by lattice Boltzmann method，Chinese physics Letters, 27，9 (2010), p094701.

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10. Ji Yupin, Kang Xiuying, Liu Dahe, Blood flow at arterial bifurcations simulated by lattice Boltzmann method，Chinese physics Letters, 26，7 (2009), p074702.

11. Kang Xiuying , Ji Yupin, Liu Dah , Jin Yongjuan, Three-dimensional lattice Boltzmann method simulating blood flow in aortic arch, Chinese Physics B， 2008， 17， 1041-1049

12.康秀英，吉玉嫔，张焕焕，刘大禾，金永娟，三维晶格玻尔兹曼方法模拟动脉弓内的流场，北京师范大学学报，2007年 第05期

13.康秀英，刘大禾，周静，金永娟，晶格Boltzmann方法模拟流体在三维圆管的流场，北京师范大学学报，2006年 第03期

14. Kang X Y, Liu D H, Zhou J, Jing Y J, Simulation of blood flow at vessel bifurcation by lattice Boltzmann method，Chinese physics Letters, 22，11 (2005), p2873-2876.

15. Kang X Y, Liu D H, Zhou J, Jing Y J, Simulating high Reynolds number flow by lattice Boltzmann method，Chinese physics Letters, 22，6 (2005), p1456-1459.

16. Zheng S Z，Kang X Y, The comparison of green function for qusi-linear elliptic equation，Acta Mathematica Scientia，Vol. 25，3(2005), p470-480 .

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