Theyab Rashed Alsenani

Engineering

1. Renewable Energy 100%
2. Learning System 90%
3. Thermoelectricity 90%
4. Exergy Efficiency 82%
5. Heat Recovery 76%
6. Hydrogen Production 74%
7. Energy Systems 72%
8. Polygeneration System 71%
9. Power Generation 71%
10. Energy Efficiency 64%
11. Multiobjective Optimization 64%
12. Carbon Dioxide Capture 60%
13. Power Engineering 59%
14. Transients 52%
15. Renewables 52%
16. Electrolyzer 50%
17. Artificial Neural Network 43%
18. Irreversibility 41%
19. Gas Turbine Cycle 41%
20. Machine Learning Algorithm 40%
21. Concentrated Photovoltaics 37%
22. Solar Photovoltaic 37%
23. Gas Turbine 35%
24. Organic Rankine Cycle 35%
25. Photovoltaics 34%
26. Thermodynamic Efficiency 34%
27. Liquefied Natural Gas 33%
28. Environmental Evaluation 33%
29. Artificial Intelligence 33%
30. Waste to Energy 33%
31. Phase Change Material 33%
32. Waste Heat Recovery System 32%
33. Genetic Algorithm 31%
34. Objective Function 31%
35. Metrics 31%
36. Machine Learning Method 30%
37. Oxygen Transport Membrane 30%
38. Energetics 30%
39. Hybrid Nanofluid 30%
40. Response Surface Methodology 30%
41. Regasification Process 30%
42. Municipal Solid Waste 30%
43. Photovoltaic System 29%
44. Exergy Destruction Rate 27%
45. Parametric Study 27%
46. Cooling Load 27%
47. Integrated System 27%
48. Smart Home 26%
49. Nanoparticle 26%
50. Capture System 25%