Fahad Alamri, Ph.D.

Engineering

1. Solar Cell 100%
2. Mixed Convection 86%
3. Operating Temperature 86%
4. Cell Temperature 77%
5. Photovoltaics 75%
6. Parallel Plate 74%
7. Photovoltaic System 72%
8. Emissivity 65%
9. Pressure Drop 60%
10. Nanofluid 57%
11. Hybrid Nanofluid 57%
12. Active Cooling 57%
13. Pumping Power 55%
14. Nusselt Number 54%
15. Nanoparticle 48%
16. Backplate 47%
17. Concentration Ratio 46%
18. Junction Solar Cell 43%
19. Thermal Performance 40%
20. Desalination 40%
21. Pin-fin heat sink 38%
22. Fully Developed Flow 38%
23. Forced Convection 36%
24. Thermal System 33%
25. Solar Panel 33%
26. Heat Transfer Rate 31%
27. Extraction System 28%
28. Thermoelectricity 28%
29. Minichannels 28%
30. Analytical Model 28%
31. Air Gap Membrane Distillation 28%
32. Isothermal 28%
33. Lorentz Force 28%
34. Payback Time 28%
35. Exergoeconomic Analysis 28%
36. Microscale 28%
37. Integrated Membrane Desalination System 28%
38. Desalination System 28%
39. Heat Pipe 28%
40. Climatic Condition 28%
41. Active Surface 28%
42. Climate Zone 28%
43. Air Conditioning 28%
44. Heat Extraction 28%
45. Closed Form 26%
46. Photovoltaic Modules 26%
47. Electrical Efficiency 26%
48. Radiation Effect 24%
49. Natural Convection 24%
50. Thermal Conductivity 22%