前言
综述与进展
高精度加权紧致非线性格式的研究进展 (邓小刚，刘昕，毛枚良，张涵信)
基于HDCS—E8T7格式的气动噪声数值模拟方法研究进展
(姜屹，邓小刚，毛枚良，刘化勇)
计算流体力学中的验证与确认 (邓小刚，宗文刚，张来平，高树椿，李超)
高精度格式及其构造理论
High-order accurate dissipative weighted compact nonlinear schemes
DENG Xiaogang)
Developing High-Order Weighted Compact Nonlinear Schemes
(Xiaogang Deng，Hanxin Zhang)
Geometric conservation law and applications to high．order finite difference
schemes with stationary grids
(Xiaogang Deng，Meiliang Mao，Guohua Tu，Huayong Liu，Hanxin Zhang)
A family of hybrid cell-edge and cell-node dissipative compact schemes satisfying
Geometric conservation law
(Xiaogang Deng，Yi Jiang，Meiliang Mao，Huayong Liu，Song Li，Guohua Tu)
Further studies on Geometric Conservation Law and applications to high．order
finite difference schemeswith stationary grids (Xiaogang Deng
Yaobing Min，Meiliang Mao，Huayong Liu，Guohua Tu，Hanxin Zhang)
On the freestream preservation of finite volume method in curvilinear coordinates
(Dan Xu，Xiaogang Deng，Yaming Chen，Yidao Dong，Guangxue Wang)
Reevaluation of high—order finite difference and finite volume algorithms with
freestream preservation satisfied
(Yidao Dong，Xiaogang Deng，Dan Xu，Guangxue Wang)
高精度格式推广／应用技术研究
Extending Weighted Compact Nonlinear Schemes to Complex Grids with
Characteristic—Based Interface Conditions
(Xiaogang Deng，Meiliang Mao，Guohua Tu，Yifeng)
High-Order Behaviors of Weighted Compact FiSh．Order Nonlinear Schemes
(Liu Xin，Deng Xiaogang，Mao Meiliang)
Large eddy simulation on curvilinear meshes using seventh—order dissipative
compact scheme 。(Yi Jiang，Meiliang Mao，Xiaogang Deng，Huayong Liu)
Developing a hybrid flux function suitable for hypersonic flow simulation with high
order methods
(Dongng Wang，Xiaogang Deng，Guangxue Wang，Yidao Dong)
Efficiency benchmarking of seventh--order tri--diagonal weighted compact nonlinear
scheme on curvilinear mesh
(Shengye Wang，Xiaogang Deng，Guangxue Wang，Dan Xu，Dongfang Wang)
Developing a new mesh deformation technique based on support vector machine
Xiang Gao
Yidao Dong，Chuanfu Xu，Min Xiong，Zhenghua Wang and Xiaogang Deng)
Large eddy simulation on curvilinear meshes using seventh．order dissipative
compact scheme ”(Yi Jiang，Meiliang Mao，Xiaogang Deng，Huayong Liu)
Effect of Nonuniform Grids on High—Order Finite Difference Method
(Xu Dan，Deng Xiaogang，Chen Yarning，Wang Guangxue，Dong Yidao)
Extending Seventh—Order Dissipative Compact Scheme Satisfying Geometric
Conservation Law to Large Eddy Simulation on Curvilinear Grids
”(Yi Jiang，Meiliang Mao，Xiaogang Deng and Huayong Liul
Effect of Geometric Conservation Law on Improving Spatial Accuracy for
Finite Difference Schemes on Two—DimensionaI Nonsmooth Grids
(Meiliang Mao，Huajun Zhu，Xiaogang Deng，Yaobing Min and Huayong Liul
Further improvement of weighted compact nonlinear scheme using compact
nonlinear interpolation
_‘(Zhen。Guo Yan，Huayong Liu，Yankai Ma，Meiliang Mao，Xiaogang Deng)
New nonlinear weights for improving accuracy and resolution of weighted compact
nonlinear scheme
(Zhenguo Yan，Huayong Liu，Meiliang Mao，Huajun Zhua，Xiaogang Deng)
Parallelizing a High-Order CFD Software for 3D，Multi．block，Structural Grids on
the TianHe一1 A Supercomputer (Chuanfu Xu，Xiaogang Deng，Lilun Zhang
Yi Jiang，Wei Cao，Jianbin Fang，Yonggang Che，Yongxian Wang，Wei Liu)
Collaborating CPU and GPU for large--scale high．order CFD simulations with
complex grids on the TianHe一1A supercomputer
(ChuanfuXu，XiaogangDeng，LilunZhang，etc)
Parallelizing and optimizing large--scale 3 D multi．phase flow simulations on the
Tianhe-2 supercomputer (Dali Li，Chuanfu Xu
Yongxian Wang，Zhifang Song，Min Xiong，Xiang Gao and Xiaogang Deng)
Performance modeling and optimization of parallel LU．SGS on many．core
processors for 3D high—order CFD simulat

刘刚、陈坚强、张来平、毛枚良、刘伟编的《邓小刚院士研究论文选集(精)》选编了作者及研究团队多年来在算法方面具有代表性的论文，主要涉及高精度有限差分格式构造方法及理论、高精度格式推广及应用技术等内容。前言简要介绍了作者本人以及所带领的研究团队开展研究工作的情况，第一部分主要是作者在高精度有限差分算法研究方面的综述性文章，第二部分为高精度格式及其构造理论，包括高精度有限差分格式的设计方法、频谱分析方法以及几何守恒律理论；第三部分为高精度格式推广和应用技术研究，主要包括如何将标量方程下设计的高精度格式推广到多维贴体坐标下的流动方程求解，如何在高性能计算机上进行高效并行计算等；第四部分为高精度格式的具体应用，主要介绍采用自主设计的HDcs格式和wcNs格式对典型复杂流动的精细模拟。附录罗列了邓小刚院士及合作者发表的部分论文。
本书可供从事计算流体力学的研究人员、高校流体力学专业的学生和教员阅读，也可作为航空航天相关领域工程技术人员的工具书和参考书。