Alistair Revell, MEng, PhD, FHEA

Engineering

1. Airfoil 32%
2. Body Force 20%
3. Boltzmann Equation 53%
4. Boundary Condition 16%
5. Boundary Layer 15%
6. Broad Range 13%
7. Channel Flow 19%
8. Circular Cylinder 18%
9. Coherent Structure 16%
10. Computational Efficiency 13%
11. Computational Fluid Dynamics 100%
12. Computational Resource 18%
13. Computer Simulation 27%
14. Design Engineering 16%
15. Detached Eddy Simulation 21%
16. Diffusers 13%
17. Duct 34%
18. Eddy-Viscosity Model 41%
19. Energy Harvesting 18%
20. Flaps 73%
21. Flow Field 27%
22. Fluid Flow 57%
23. Fluid Interface 36%
24. Fluid-Structure Interaction 56%
25. Graphics Processing Unit 25%
26. Harvester 18%
27. High Reynolds Number 15%
28. Hot Spot 24%
29. Large Eddy Simulation 90%
30. Lattice-Boltzmann Method 56%
31. Leading Edge 16%
32. Leakage Flow 25%
33. Nodes 18%
34. Numerical Study 16%
35. Packed Bed 16%
36. Porous Region 36%
37. Pressure Gradient 20%
38. Pressure Loss 18%
39. Reynolds Stress 21%
40. Reynolds Stress Model 19%
41. Reynolds' Number 48%
42. Reynolds-Averaged Navier-Stokes 42%
43. Rotating Vortex 18%
44. Separation Control 27%
45. Solar Panel 13%
46. Turbulent Flow 56%
47. Turbulent Kinetic Energy 14%
48. Two Dimensional 24%
49. Unsteady Flow 13%
50. Vortex 45%