Kirsten Engelund Thomsen

Engineering

1. Building Energy Performance 13%
2. Building Envelope 15%
3. Building Physics 7%
4. Building Service System 7%
5. Building Stock 7%
6. Comparative Analysis 7%
7. Cost Optimum 7%
8. Design 14%
9. Development 8%
10. District Heating 8%
11. District Level 52%
12. Dwelling 11%
13. End-Users 7%
14. Energy Conservation 87%
15. Energy Efficiency Measure 18%
16. Energy Engineering 100%
17. Energy Performance 28%
18. Energy Renovation 44%
19. Energy Systems 8%
20. Environmental Assessment 7%
21. Facades 7%
22. Houses 16%
23. Investment Cost 9%
24. Joints (Structural Components) 10%
25. Life Cycle Assessment 22%
26. Lifecycle Cost 19%
27. Low Energy Building 26%
28. Lower Energy 30%
29. Member State 21%
30. Multifamily Building 11%
31. Nearly Zero-Energy Building 57%
32. Nonresidential Building 7%
33. Office Buildings 9%
34. Optimal Cost 15%
35. Optimization 21%
36. Performance Requirement 24%
37. Public Building 12%
38. Reduction 12%
39. Renewable Energy Technologies 7%
40. Renewables 50%
41. Residential Building 17%
42. Retro-Fitting 18%
43. Retrofit 21%
44. Similarities 8%
45. Supports 10%
46. Tasks 20%
47. Technology Option 7%
48. Ventilation System 13%
49. Windows 12%
50. Zero-Energy Building 15%