Fabrizia Giordano

Engineering

1. Phase Change Material 100%
2. Melting Point 76%
3. Heat Storage 55%
4. Heat Capacity Method 34%
5. Ansys Fluent 29%
6. Liquid Phase Change 28%
7. Computational Fluid Dynamics 26%
8. Isothermal 26%
9. Seasonal Thermal Energy Storage 23%
10. Numerical Modeling 23%
11. District Heating 23%
12. Flux Density 23%
13. Cavern Thermal Energy Storage 23%
14. Gravel-Water Thermal Energy Storage 23%
15. Grout 23%
16. Heat Capacity 21%
17. Thermal Energy Storage System 19%
18. Tank Thermal Energy Storage 15%
19. Hysteresis Effect 14%
20. Natural Convection 14%
21. Temperature Range 10%
22. Complex Phase 10%
23. Boundary Condition 9%
24. Melting Process 9%
25. Solidification Process 9%
26. Porosity 9%
27. Based District Energy System 7%
28. Nanoemulsion 7%
29. Dynamic Viscosity 7%
30. Operating Temperature Range 7%
31. Thermomechanical Loads 7%
32. Phase Density 7%
33. Real Life 7%
34. Capital Cost 7%
35. Air Conditioning 7%
36. Energy Storage Solution 7%
37. Investment Cost 7%
38. Numerical Model 7%
39. Techno-Economic Assessment 7%
40. Renewables 7%
41. Temperature Condition 7%
42. Fossil Fuel 7%
43. Building Sector 7%
44. Effective Energy 7%
45. Rectangular Enclosure 7%
46. Hydraulic Loss 5%
47. Parametric Analysis 5%
48. Phase Change Temperature 5%
49. Latent Heat 5%