封面
声明
致谢
中文摘要
英文摘要
目录
变量注释表
1绪论
1.1研究背景及意义(Research Background and Significance)
1.2课题的来源(Source of the Topic)
1.3研究的主要内容(Main Research Contents)
2 文献综述
2.1隔膜压缩机概述(Overview of the Diaphragm Compressor)
2.2隔膜压缩机存在的主要问题(Main Problems of the Diaphragm Compressor)
2.3隔膜压缩机的国内外研究现状(Research Status at Home and Abroad of the Diaphragm Compressor)
2.4关于隔膜压缩机的其他相关研究(Other Related Studies of the Diaphragm Compressor)
2.5本章小结(Brief Summary)
3隔膜压缩机膜片受力变形理论分析
3.1气腔与油腔的压力分析(Pressure Analysis in the Air Chamber and Oil Chamber)
3.2膜片受力变形分析(Stress Deformation Analysis of Diaphragm)
3.3 G-5/0.5-10型隔膜压缩机的三层薄膜力学分析并求解(Three Layers of Diaphragm Mechanics Analysis and Solving of G-5/0.5-10 Diaphragm Compressor)
3.4本章小结(Brief Summary)
4基于ANSYS的隔膜压缩机三层膜片有限元分析
4.1 ANSYS Workbench中的接触非线性分析模型(Contact Nonlinear Analysis Model in ANSYS Workbench)
4.2建立隔膜压缩机三层膜片有限元分析模型(Three Layers of Diaphragm Finite Element Analysis Model)
4.3模型计算结果分析(Analyses of Model Calculation Results)
4.4本章小结(Brief Summary)
5实验研究
5.1实验目的(Experimental Objective)
5.2实验设计(Experimental Design)
5.3实验条件(Experiment Condition)
5.4实验系统搭建及测量方法(Experiment System Structures And Measurement Method)
5.5实验结果分析(Analysis of Experimental Results)
5.6本章小结(Brief Summary)
6膜片耐磨强化方案
6.1改进膜片厚度以减轻膜片层间磨损程度(Reduce Wear between the Layers by Improving the Thickness of the Diaphragm)
6.2提出改进中层膜片材料的设计方案(Put Forward Design Scheme for the Improvement of Middle Diaphragm Material)
6.3提出耐磨涂层设计方案(Put Forward Design Scheme about Wear-resisting Coating )
6.4提出对三层膜片导电以减小接触面积的设计方案(Put Forward Design Scheme to Reduce the Contact Area by Charging Three Layers of Diaphragm)
6.5本章小结(Brief Summary)
7结论与展望
7.1研究结论(Research Conclusions)
7.2创新点(Innovation Point)
7.3展望(Expectation)
参考文献
作者简历
学位论文数据集