首页--工业技术论文--机械、仪表工业论文--机械零件及传动装置论文--其他机械元件论文

The Study on Relationship between Structures and Properties of Linear Guide Pair

ABSTRACT第3页
1. Introduction第6-12页
    1.1. History and development of linear guide pair第6页
    1.2. Background research of linear guide pair's stiffness第6-7页
    1.3. Background research of linear guide pair's vibration第7-9页
    1.4. Main contents of research第9-11页
    1.5. Summary of chapter第11-12页
2. Introduction to structure of linear guide pair第12-18页
    2.1. The structure of linear guide pair and its development第12-13页
    2.2. The chosen types of linear guide pair for study第13页
    2.3. Geometrical parameters of chosen linear guide pair第13-17页
    2.4. Summary of chapter第17-18页
3. Analysis stiffness and natural frequency by theory第18-30页
    3.1. Contact stiffness of the rolling interface第18-20页
    3.2. Modeling the model of the linear guide in ProE第20-24页
        3.2.1. The meshing of the model第21-22页
        3.2.2. Material properties第22页
        3.2.3. Boundary conditions第22-23页
        3.2.4. Calculating the load for 3D model第23-24页
    3.3. Analysis of Stiffness by FEA第24-27页
    3.4. Analysis of natural frequency by FEA第27-29页
    3.5. Summary of chapter第29-30页
4. Study stiffness and natural frequency by experiment第30-39页
    4.1. Introduction to stiffness measurement equipment第30-31页
    4.2. Stiffness Experimental Method第31-32页
    4.3. Stiffness Experiment Result第32-34页
    4.4. Measure the natural frequency by experiment第34-38页
        4.4.1. Introduction to test equipment for measuring natural frequency第34页
        4.4.2. Natural frequency measurement method第34-36页
        4.4.3. The results of hammer test第36-38页
    4.5. Summary of chapter第38-39页
5. Comparison of FEA and experiment results第39-47页
    5.1. Discussion of experimental data of stiffness第39页
    5.2. Discussion of FEA results of stiffness第39-40页
    5.3. Comparison of FEA and experimental data of stiffness第40-41页
    5.4. Discussion of impact hammer test data第41-42页
    5.5. Discussion of FEA simulation prediction第42-44页
    5.6. Comparison of FEA prediction and experiment data of natural frequencies第44-46页
    5.7. Summary of chapter第46-47页
6. Ideal structure of stiffness and vibration analyzed by FEA第47-53页
    6.1. Introduction of structure finite element model第47-48页
    6.2. The static structural simulation results by Ansys第48-50页
    6.3. The natural frequencies of finite element models by modal analysis第50-51页
    6.4. The ideal structure of stiffness and vibration of FEA prediction第51-52页
    6.5. Summary of chapter第52-53页
7. CONCLUSION第53-56页
    7.1. Main results of research第53-54页
    7.2. Prospects of research work第54-56页
Acknowledgement第56-58页
References第58-62页
Appendix A第62页

论文共62页,点击 下载论文
上一篇:基于表面弹性的轻绵茧识别技术研究
下一篇:过载性能试验台设计及微型涡喷抗过载性能研究