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Introduction
1. Briefly introduce the double-axis hinge and its importance in mechanical systems.
2. Explain the need for reliability assessment and fault diagnosis in the operation of double-axis hinges.
3. State the purpose of the research and the methods used to achieve the objectives.
Reliability Assessment of Double-Axis Hinge
4. Discuss the factors affecting the reliability of double-axis hinges, such as material properties, manufacturing processes, and operating conditions.
5. Explain the methods used for reliability assessment, such as probabilistic methods, statistical analysis, and simulation techniques.
6. Present the results of the reliability assessment and discuss the implications for the design and operation of double-axis hinges.
Fault Diagnosis Method Research of Double-Axis Hinge
7. Introduce the concept of fault diagnosis and its importance in ensuring the safe and reliable operation of mechanical systems.
8. Discuss the common faults that can occur in double-axis hinges, such as wear, deformation, and misalignment.
9. Explain the methods used for fault diagnosis, such as vibration analysis, acoustic emission, and thermography.
10. Present the results of the fault diagnosis method research and discuss the effectiveness of each method in detecting and diagnosing faults in double-axis hinges.