Hector Iacovides, BSc (Eng), MSc, PhD, DEng, CEng, FIMechE, FASME

Engineering

1. Turbulent Flow 100%
2. Computational Fluid Dynamics 78%
3. Reynolds' Number 57%
4. Natural Convection 54%
5. Duct 51%
6. Internals 47%
7. Nusselt Number 46%
8. Eddy Viscosity 46%
9. Dissipation Rate 45%
10. Blade Cooling 43%
11. Vortex 43%
12. Convective 42%
13. Fluid Flow 40%
14. Eddy-Viscosity Model 37%
15. Gas Turbine 36%
16. High Reynolds Number 36%
17. Linear Eddy 36%
18. Fluid Viscosity 32%
19. Cross Section 30%
20. Prandtl Number 29%
21. Local Nusselt Number 29%
22. Heat Flux 29%
23. Correction Term 29%
24. Reynolds-Averaged Navier-Stokes 28%
25. Channel Flow 26%
26. Large Eddy Simulation 26%
27. Boundary Layer 26%
28. Two Dimensional 26%
29. Rayleigh Number 25%
30. Length Scale 24%
31. Rotors 22%
32. Aspect Ratio 20%
33. Unsteady Flow 19%
34. Flow Structure 19%
35. Experimental Investigation 18%
36. Gas Cooled Reactor 18%
37. Good Agreement 18%
38. Mixed Convection 18%
39. Flow Separation 17%
40. Modeling Strategy 17%
41. Parabolic Trough Collector 17%
42. Nanofluid 17%
43. Stationary Condition 17%
44. Equation Model 17%
45. Nonequilibrium 17%
46. Finite Volume Method 16%
47. Rod 16%
48. Reynolds Stress 16%
49. Nonlinear Model 15%
50. Square Cavity 15%