Dr Thibaut A F Putelat

Engineering

1. Active Agent 58%
2. Active Particle 50%
3. Applied Stress 50%
4. Bifurcation Analysis 25%
5. Coefficient of Friction 50%
6. Constitutive Model 25%
7. Contact Stiffness 25%
8. Coulomb Friction 25%
9. Dimensional Model 50%
10. Elastic Deformation 25%
11. Elastic Plate 25%
12. Experimental Observation 25%
13. Flat Surface 25%
14. Frequency Response 50%
15. Frequency Response Function 50%
16. Friction Coefficient 50%
17. Friction Dynamic 100%
18. Friction Law 83%
19. Friction Model 91%
20. Frictional Contact 25%
21. Frictional Sliding 25%
22. Gas Turbine 25%
23. Ground Surface 25%
24. Illustrates 41%
25. Induced Force 50%
26. Induced Vibration 25%
27. Internals 41%
28. Length Scale 25%
29. Mechanical Model 25%
30. Mechanical Stress 50%
31. Model Parameter 25%
32. Normal Force 41%
33. One Dimensional 33%
34. Parameter Space 41%
35. Phase Plane 50%
36. Phase Space 33%
37. Polycarbonate 25%
38. Posed Problem 25%
39. Rat Whisker 50%
40. Real Application 25%
41. Sliding Interface 25%
42. Sliding Speed 25%
43. Stability Analysis 25%
44. Stable Manifold 33%
45. State Model 50%
46. Stick-Slip 41%
47. Structural Vibration 25%
48. Symmetrization 50%
49. Systematic Methodology 25%
50. Transients 50%