Dr. Sheng ZHANG, 張胜

Engineering

1. Thermal Comfort 100%
2. Thermal Environment 27%
3. Air Distribution 26%
4. Cooling Load 22%
5. Indoor Air 21%
6. Removal Efficiency 21%
7. Displacement Ventilation 20%
8. Room Air Temperature 19%
9. Conservation of Energy 18%
10. Heat Removal 17%
11. Air Quality 16%
12. Occupied Zone 14%
13. Pumping Effect 14%
14. Ejector 14%
15. Effective Temperature 14%
16. Cooling System 14%
17. Supply Air Temperature 11%
18. Supply Airflow Rate 10%
19. System Volume 9%
20. Experimental Investigation 9%
21. Net Zero Energy Building 9%
22. Temperature Model 9%
23. Airflow Pattern 9%
24. Air Conditioning System 8%
25. Carbon Dioxide 8%
26. Conventional Method 7%
27. Air Supply 7%
28. Supply Air 6%
29. Local Mean 6%
30. Performance Improvement 6%
31. Surface Model 6%
32. Response Surface 6%
33. Nodes 6%
34. Air Change 6%
35. Control Dynamics 5%
36. Mean Absolute Error 5%
37. Nonuniformity 5%
38. Air Condition 5%
39. Design Optimization 5%