Marcus Bianchi

Engineering

1. Phase Change Material 100%
2. Energy Conservation 65%
3. Building Envelope 59%
4. Heat Storage 55%
5. Residential Building 54%
6. Energy Simulation 50%
7. Retrofit 47%
8. Thermal Performance 36%
9. Source Heat Pump 34%
10. Energy Performance 30%
11. Solidification Process 27%
12. Effective Thermal Conductivity 23%
13. EnergyPlus 23%
14. Thermal Conductivity 20%
15. Aqueous Solution 20%
16. Performance Analysis 20%
17. Energy Efficiency 19%
18. Simulation Tool 18%
19. Thermal Load 17%
20. Thermal Energy Storage 17%
21. Potential Energy 16%
22. Peak Demand 16%
23. Natural Gas 15%
24. Heat Resistance 14%
25. Residential Energy Efficiency 13%
26. Test Procedure 13%
27. Mushy Region 13%
28. Heat Pump 13%
29. Deep Energy Retrofit 13%
30. Material Model 13%
31. Numerical Evaluation 13%
32. Commercial Building 13%
33. Walls (Structural Partitions) 12%
34. Metrics 12%
35. Renewable Energy 12%
36. Thermal Energy Storage System 11%
37. Free Flow 11%
38. Space Conditioning 10%
39. Relative Motion 10%
40. Thermal Building 10%
41. Degree Day 10%
42. Department of Energy 9%
43. Building Energy Performance 9%
44. Peak Hour 9%
45. Limitations 9%
46. Building Physics 9%
47. Solidification Rate 9%
48. Single Family Home 9%
49. Energy Upgrade 9%
50. Thermodynamics 9%