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2 Theoretical analysis. 5. 2. 1 Cattaneo-Mindlin solution. 5. 2. 2 The JKR solution for plane problems 5. 1. 3. 3 The Cattaneo-Mindlin solution. 2 Fineberg s experiment 2. 1 Introduction. 3 A Cattaneo-Mindlin problem for a rigid punch with tangential load above the interface line 3. 3. 3 The Cattaneo-Mindlin solution The first partial slip solution was proposed in 1938 by Cattaneo 6 and later in 1949 independently by Mindlin 7 for the contact of elastically similar cylinders. Figure 5. 7. a...

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How to fill out stick-slip transition and dynamic

1. To fill out stick-slip transition, follow these steps:
2. Start by identifying the factors that contribute to stick-slip behavior.
3. Measure the friction coefficient between the surfaces in contact.
4. Analyze the applied forces and their effect on the stick-slip transition.
5. Use experimental data or numerical simulations to study the stick-slip behavior.
6. Develop a model to describe the stick-slip transition and its dynamics.
7. Validate the model by comparing its predictions with experimental observations.
8. Adjust the model parameters if necessary to improve accuracy.
9. Document the findings and share the knowledge with others in the field.
10. To fill out dynamic, follow these steps:
11. Understand the context and purpose of the dynamic analysis.
12. Define the system and its boundary conditions.
13. Identify the forces or inputs that act on the system.
14. Determine the equations of motion governing the system dynamics.
15. Solve the equations of motion using appropriate mathematical techniques.
16. Analyze the system's response to different inputs or perturbations.
17. Interpret the results and draw conclusions based on the dynamic analysis.
18. Consider any limitations or assumptions made during the analysis.
19. Document the methodology and findings to facilitate future reference.

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1. Stick-slip transition and dynamic are relevant to various fields and applications such as:
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