Compliant Coatings for Enhanced Energy Efficiency

Engineering

1. Drag Reduction 100%
2. Streamwise 75%
3. Skin Friction Drag 60%
4. Compliant Wall 60%
5. Direct Numerical Simulation 34%
6. Active Control 30%
7. Wall Shear Stress 27%
8. Energy Efficiency 25%
9. Velocity Fluctuation 20%
10. Reynolds' Number 17%
11. Channel Flow 17%
12. Turbulent Flow 15%
13. Measurement Location 15%
14. Control Strategy 12%
15. Reduction Mechanism 12%
16. Parameter Space 12%
17. Analytical Framework 12%
18. Flow Fluctuation 10%
19. Blade Turbine 10%
20. Hulls (Ship) 10%
21. Tidal Energy 10%
22. Spanwise Direction 8%
23. Boundary Layer Transition 8%
24. Fluid Mechanics 5%
25. Flow Velocity 5%
26. Peak Efficiency 5%
27. Good Agreement 5%
28. Solid Wall 5%
29. Drag Force 5%
30. Harmonics 5%
31. Oscillator 5%
32. Damping Coefficient 5%
33. Slip Condition 5%
34. Taylor Expansion 5%
35. Relative Motion 5%
36. Fluid Velocity 5%
37. Renewable Energy 5%
38. Capacity Factor 5%
39. Proof-of-Concept 5%
40. Fossil Fuel 5%
41. Turbine 5%
42. Total Drag 5%
43. Marine Industry 5%
44. Hydrodynamic Performance 5%
45. Viscous Force 5%
46. Induced Noise 5%
47. Inertial Force 5%
48. Flow Condition 5%
49. Boundary Layer 5%
50. Flow Speed 5%
51. Control Systems 5%