Trevor Hyde

Engineering

1. Flat Plate 100%
2. Solar Collector 86%
3. Thermal Performance 69%
4. Solar thermal collectors 68%
5. Thermal Insulation 45%
6. Atmospheric Pressure 44%
7. Heat Losses 43%
8. Solar Simulator 35%
9. Flat-Plate Collector 32%
10. Experimental Characterization 31%
11. Glazing System 29%
12. Low-Temperature 28%
13. Heat Pipes 27%
14. Photovoltaics 27%
15. Solar Radiation 26%
16. Good Agreement 26%
17. Absorber Plate 25%
18. Solar Thermal 24%
19. Retrofit 23%
20. Glass Sheet 23%
21. Stainless Steel 21%
22. Optical Efficiency 17%
23. Experimental Result 16%
24. Concentrated Photovoltaics 15%
25. Microchannel 15%
26. Heat Transfer Coefficient 15%
27. Solar Gain 15%
28. Experimental Measurement 14%
29. Glass Surface 14%
30. Space Heating 13%
31. Building Information Modeling 13%
32. Cover Glass 13%
33. Selective Thermal Absorber 13%
34. Building Facade 12%
35. Solar Energy 12%
36. Inlet Temperature 11%
37. Energy Efficiency 11%
38. Building Application 11%
39. Heat Loss Coefficient 11%
40. Thermal Load 11%
41. Internal Surface 11%
42. Hermetic Seal 11%
43. Temperature Application 11%
44. Current-Voltage Characteristic 10%
45. Building Component 10%
46. Internal Pressure 9%
47. Two Dimensional 9%
48. Power Generation 8%
49. Clean Energy 8%
50. Finite Element Modeling 8%