Draga Pihler-Puzovic

Engineering

1. Arbitrary Shape 20%
2. Axisymmetric 100%
3. Buckling 100%
4. Buckling Behavior 20%
5. Buckling Mode 34%
6. Computer Simulation 22%
7. Constant Flow Rate 27%
8. Critical Level 20%
9. Cross Section 31%
10. Dimensional Model 20%
11. Direct Numerical Simulation 27%
12. Earliest Time 20%
13. Elastic Membrane 41%
14. Engulfment 20%
15. Experimental Investigation 20%
16. Finite Length 31%
17. Flow Field 20%
18. Flow Rate 96%
19. Fluid Interface 20%
20. Force Displacement 20%
21. Good Agreement 25%
22. Initial Condition 27%
23. Initial Orientation 41%
24. Interface Shape 20%
25. Internals 27%
26. Lateral Buckling 24%
27. Linear Stability Analysis 37%
28. Liquid Gas 20%
29. Material Nonlinearity 31%
30. Mathematical Model 20%
31. Mechanical Response 20%
32. Microchannel 20%
33. Narrow Gap 31%
34. Nonlinearity 31%
35. Numerical Model 20%
36. Oil Layer 20%
37. One Dimensional 20%
38. Parallel Plate 20%
39. Periodic Sequence 20%
40. Pitching Motion 20%
41. Poisson Ratio 20%
42. Relative Orientation 20%
43. Rolling Motion 20%
44. Shear Force 20%
45. Singularities 31%
46. Softening Behavior 20%
47. Superposition 20%
48. Transients 20%
49. Viscous Fingering 98%
50. Viscous Force 27%