Paride Gullo

Engineering

1. Refrigeration System 100%
2. Ejector 81%
3. Evaporator 34%
4. Exergy Analysis 34%
5. Heat Pump 34%
6. Irreversibility 30%
7. Phase Ejector 24%
8. Compression Parallel 24%
9. Exergy Destruction 24%
10. Outdoor Temperature 21%
11. Pulse Width Modulation 20%
12. Energy Efficiency 20%
13. Vapor Compression 19%
14. Condenser 18%
15. Chiller 17%
16. Air Conditioning 16%
17. Refrigeration Plant 14%
18. Coefficient of Performance 14%
19. Climate Change 13%
20. Climatic Change 13%
21. Space Heating 12%
22. Energy Benefit 12%
23. Air Conditioning System 11%
24. Refrigeration Unit 10%
25. Exergy Destruction Rate 10%
26. Low-Temperature 10%
27. Environmental Performance 9%
28. Heat Pump Unit 9%
29. Hotels 9%
30. Cooling Load 9%
31. Vapor Compression System 8%
32. Electricity Consumption 8%
33. Exchanger 8%
34. Energy Performance 7%
35. Refrigeration Technology 7%
36. Exergoeconomic Analysis 7%
37. Aluminum Oxide 7%
38. Experimental Investigation 7%
39. Energetics 7%
40. Organic Rankine Cycle 7%
41. Integrated Information System 7%
42. Nanofluid 7%
43. Carbon Footprint 7%
44. Greece 6%
45. Discharge Pressure 6%
46. Compression System 6%
47. Experimental Result 6%
48. Theoretical Study 6%
49. Heat Recovery 6%
50. Expansion Valve 6%