《计算流体力学网格生成方法》阅读笔记目录一、内容概要...............................................31.1计算流体力学概述.....................................41.2网格生成在CFD中的重要性..............................4二、网格生成基础...........................................52.1网格概述.............................................72.1.1定义与分类.......................................82.1.2网格参数与特性...................................92.2网格生成方法分类....................................112.2.1手动网格生成技术................................122.2.2自动网格生成技术................................13三、详细阅读..............................................153.1笛卡尔网格生成技术..................................163.1.1技术原理........................................173.1.2优缺点分析......................................193.1.3应用实例........................................203.2贴体网格生成技术....................................213.2.1技术原理........................................233.2.2优缺点分析......................................243.2.3应用实例........................................253.3混合型网格生成技术..................................253.3.1技术原理........................................263.3.2优缺点分析......................................283.3.3应用实例及组合策略..............................29四、网格优化与改进........................................304.1网格优化概述........................................314.1.1优化目标与原则..................................334.1.2优化流程与方法..................................344.2网格改进技术........................................354.2.1局部网格加密技术................................374.2.2网格平滑技术....................................384.2.3网格自适应技术..................................39五、网格生成在CFD软件中的应用实践.........................415.1典型CFD软件介绍.....................................435.1.1软件功能与特点..................................455.1.2网格生成模块的应用..............................465.2CFD软件中网格生成方法实例分析.......................475.2.1实例选择背景....................................495.2.2网格生成过程与技巧..............................505.2.3结果分析与评估..................................52六、总结与展望................