Baris Burak Kanbur

Engineering

1. Liquefied Natural Gas 100%
2. Thermoeconomics 95%
3. Conformal Cooling Channel 62%
4. Cogeneration System 61%
5. Multiobjective Optimization 60%
6. Cooling System 55%
7. Thermodynamics 52%
8. Cooling Time 47%
9. Carbon Dioxide 46%
10. Power Generation System 41%
11. Power Generation 39%
12. Body-Centered Cubic 38%
13. Cooling Performance 38%
14. Computational Fluid Dynamics 38%
15. Ejector Geometry 36%
16. Ejector 36%
17. Multiphase Mixture 34%
18. Product Cost 34%
19. Exergetic Efficiency 31%
20. Heat Pump 31%
21. Liquid Phase 30%
22. Energetics 30%
23. Relative Humidity 29%
24. Lifecycle 29%
25. Payback Period 28%
26. Glass Surface 27%
27. Injection Moulding 27%
28. Heat Flux 26%
29. Additive Manufacturing 26%
30. Pressure Drop 25%
31. Microturbines 24%
32. Flow Rate 24%
33. Flow Velocity 24%
34. Battery Thermal Management System 22%
35. Green Wall 22%
36. Combined System 21%
37. Performance Analysis 20%
38. Heating System 20%
39. Coefficient of Performance 19%
40. Hydrodynamics 18%
41. Environmental Assessment 18%
42. Experimental Investigation 18%
43. Supply Air Temperature 18%
44. Inlet Air 18%
45. Ground Source Heat Pump 18%
46. Thermoeconomic Analysis 18%
47. Computational Analysis 18%
48. Thermal Comfort 18%
49. Carbon Dioxide Capture 17%
50. Relative Error 16%