Anne Juel

Engineering

1. Flow Rate 100%
2. Viscous Fingering 67%
3. Capillary Number 64%
4. Cross Section 59%
5. Fluid Viscosity 54%
6. Oscillatory 45%
7. Axisymmetric 42%
8. Aspect Ratio 42%
9. Computer Simulation 38%
10. Viscous Force 36%
11. Surface Tension Force 27%
12. Transients 27%
13. Silicone Oil 25%
14. Experimental Observation 23%
15. Constant Flow Rate 23%
16. Initial Condition 22%
17. Hopf Bifurcation 20%
18. Linear Stability Analysis 20%
19. Rectangular Cross Section 20%
20. Elastic Membrane 17%
21. Natural Convection 17%
22. Liquid Layer 17%
23. Side Wall 17%
24. Parallel Plate 17%
25. Dielectrics 17%
26. Convective Flow 17%
27. Diffusers 17%
28. Microchannel 17%
29. Constant Volume 17%
30. Oil Layer 17%
31. Channel Depth 17%
32. Elastic Deformation 17%
33. Capillary Force 17%
34. Electrochemical Process 17%
35. Initial Orientation 17%
36. Numerical Model 16%
37. Experimental Investigation 15%
38. Two Dimensional 14%
39. Adsorption 14%
40. Immiscible Liquid 14%
41. Yield Stress 13%
42. Static Solution 13%
43. Streamwise 13%
44. Opposite Wall 13%
45. Rectangular Channel 13%
46. Narrow Gap 13%
47. Restoring Force 13%
48. Theoretical Study 13%
49. Coating Thickness 13%
50. Bubble Size 13%