Georg Daurer

Engineering

1. Furnace 100%
2. Experimental Investigation 90%
3. Natural Gas 90%
4. Characteristics 65%
5. Temperature 65%
6. Cooling Capacity 56%
7. Combustion 54%
8. Models 54%
9. Computational Fluid Dynamics 45%
10. Thermal Load 45%
11. Oxyfuel Combustion 45%
12. Experiments 45%
13. Flue Gas 34%
14. Flame 34%
15. Heating 34%
16. Energy Engineering 22%
17. Gas Temperature 22%
18. Energy Input 22%
19. High Potential 22%
20. Industrial Applications 22%
21. Measurement Point 22%
22. Fuel Blend 22%
23. State Operation 22%
24. Heat Input 22%
25. Efficiency 20%
26. Melting 18%
27. Nozzle 18%
28. Chemiluminescence Imaging 11%
29. Fuel Composition 11%
30. Significant Change 11%
31. Maximum Increase 11%
32. Demonstrates 11%
33. Operating State 11%
34. Energy Conservation 9%
35. Glass Furnace 9%
36. Gas-Phase 9%
37. Common Method 9%
38. Couplings 9%
39. Gas Flowrate 9%
40. Quantity 9%
41. Mixing 9%
42. Dimensioning 9%
43. High Accuracy 9%
44. Combustion Modeling 9%
45. Practical Application 9%
46. Linear Dependency 9%
47. Melting Process 9%
48. Computer Simulation 9%
49. Convective 9%
50. Gas Fuel Manufacture 9%