Stephan Kling

Engineering

1. Acceptable Limit 22%
2. Boundary Condition 22%
3. Collected Data 22%
4. Computational Fluid Dynamics 31%
5. Data Point 22%
6. Design Condition 66%
7. Design Tool 44%
8. Dynamic Models 31%
9. Ejector 66%
10. Ejector Efficiency 44%
11. Ejector Geometry 22%
12. Engineering 22%
13. Environment Temperature 22%
14. Exchanger 76%
15. Expansion Valve 22%
16. Experimental Work 22%
17. Fiber Optics 22%
18. Fossil Fuel 33%
19. Ground Source 66%
20. Heat Demand 66%
21. Heat Pump 100%
22. Heat Supply 66%
23. Heating Cable 22%
24. Heating Capacity 22%
25. Individual Component 9%
26. Measurement System 22%
27. Natural Gas 33%
28. Operating Range 22%
29. Operating State 9%
30. Photovoltaics 66%
31. Point Temperature 22%
32. Predictive Control Model 9%
33. Process Heat 66%
34. Proof-of-Concept 9%
35. Renewables 66%
36. Research Project 33%
37. Retro-Fitting 66%
38. Rotors 9%
39. Scale Experiment 22%
40. Simulation Environment 9%
41. Sink Temperature 22%
42. Temperature Gradients 22%
43. Temperature Heat Pump 66%
44. Thermal Energy Storage 33%
45. Thermal Gradient 22%
46. Thermal Sensor 22%
47. Thermal Solar Energy System Technology 33%
48. Transient Analysis 22%
49. Vapor Compression 9%
50. Waste Heat Recovery System 33%