声明
致谢
变量注释表
1绪论
1.1研究背景和意义(Background and Meaning of Research)
1.2表面织构技术研究现状( Research Status of Surface Texture Technology)
1.3高水基及纯水液压马达的发展现状(Development of High Water and Pure Water Hydraulic Motor)
1.4存在的问题与研究难点(Problems and Difficulties in Research)
1.5课题研究主要内容(Main Content of the Thesis)
2织构表面滑靴副的流体动压润滑性能分析计算
2.1滑靴副承载力数学模型的建立(Establishment of Mathematical Model for the Bearing Capacity of Slipper Pairs)
2.2主要表面织构模型(Surface Texture Model)
2.3乳化液的粘度计算(Emulsion Viscosity Calculation)
2.4计算流程(Calculation Process)
2.5计算结果与分析(Calculation Results and Analysis)
2.6本章小结(Chapter Summary)
3织构表面滑靴副的耐磨机理有限元分析
3.1软件介绍(Software Introduction)
3.2模型建立及网格划分(Modeling and Meshing)
3.3材料属性(Material Properties)
3.4加载并求解(Loading and Solving)
3.5计算结果分析(Calculation Results Analysis)
3.6织构表面滑靴副的热-结构耦合分析(Thermal-Structure Coupling Analysis of Textured Surface Slipper Pairs)
3.7本章小结(Chapter Summary)
4织构表面滑靴副的流-固耦合仿真分析
4.1控制方程(Governing Equation)
4.2几何建模(Geometry Modeling)
4.3网格划分(Meshing)
4.4载荷与约束(Loads and Constraints)
4.5计算控制(Calculation Control)
4.6结果与分析(Results and Analysis)
4.7本章小结(Chapter Summary)
5织构表面滑靴副的摩擦学性能试验研究
5.1实验设备介绍(Introduction to Experimental Equipment)
5.2实验材料与试样尺寸(Experimental Material and Sample Size)
5.3试验方法及步骤(Test Methods and Procedures)
5.4实验结果与分析(Experimental Results and Analysis)
5.5本章小结(Chapter Summary)
6总结与展望
6.1总结(Conclusions)
6.2展望(Prospects)
参考文献
作者简历
学位论文数据集
中国矿业大学;