Tilman Barz

Engineering

1. Phase Change Material 100%
2. Liquid Phase Change 49%
3. Bioreactor 49%
4. Design of Experiments 40%
5. Melting Point 38%
6. Predictive Control Model 35%
7. Domestic Hot Water 26%
8. Heat Storage 26%
9. Bioprocess Development 18%
10. Source Heat Pump 17%
11. Exchanger 16%
12. Parameter Estimate 16%
13. Heat Pump 16%
14. Dissolved Oxygen Tension 15%
15. Liquid Phase 15%
16. Regularization 14%
17. Heat Capacity 13%
18. Nonlinear Model 13%
19. Heat Capacity Method 12%
20. Isothermal 11%
21. Parameter Estimation 11%
22. Mathematical Model 11%
23. Ansys Fluent 10%
24. Phase Fraction 10%
25. Heating Hot Water 10%
26. Specific Heat Capacity 9%
27. Heating Rate 9%
28. Computational Fluid Dynamics 9%
29. Latent Heat Storage 9%
30. Thermal Solar Energy Systems 8%
31. Multistage 8%
32. Oscillatory 8%
33. Superheated Steam 8%
34. Steam Drying 8%
35. Screening Design 8%
36. Minor Loop 8%
37. Minor Hysteresis Loop 8%
38. Heat Recovery 8%
39. Least Square 8%
40. Electric Energy Storage 8%
41. Posed Problem 8%
42. Parameter Uncertainty 8%
43. Optimal Design 8%
44. Fermentation Model 8%
45. Fluid Phase 8%
46. Pump Cycle 8%
47. Parameterized Model 8%
48. Pump Application 8%
49. Optimal Process Condition 8%
50. Product Lifecycle 8%