Claus Topp

Engineering

1. Contaminant 100%
2. Experiments 87%
3. Building Material 72%
4. Full Scale 69%
5. Computational Fluid Dynamics 66%
6. Velocity 66%
7. Energy Engineering 57%
8. Change Rate 54%
9. Air Change 54%
10. Models 45%
11. Mass Transfer 45%
12. Isothermal 42%
13. Air Velocity 39%
14. Elements 36%
15. Numerical Study 36%
16. Model Experiment 36%
17. Design Consideration 36%
18. Experimental Investigation 36%
19. Pull System 36%
20. Tank Surface 36%
21. Heat Transfer 36%
22. Reynolds' Number 36%
23. Small Scale 36%
24. Room Airflow 36%
25. Numerical Calculation 30%
26. Fluid Dynamics 27%
27. Boundary Layer 27%
28. Concentration Distribution 27%
29. Ceilings 24%
30. Test Chamber 24%
31. Scale Test 24%
32. Turbulence 24%
33. Turbulent Flow 24%
34. Large Eddy Simulation 18%
35. Internals 18%
36. Particulate Emission 18%
37. Obtains 18%
38. Mechanisms 18%
39. Convective 12%
40. Building Construction 12%
41. Radiation 12%
42. Length Scale 12%
43. Natural Ventilation 12%
44. Scale Experiment 12%
45. Proper Design 12%
46. Open Surface Tank 12%
47. System Efficiency 12%
48. Energy Conservation 12%
49. Velocity Field 12%
50. Accident Prevention 12%