Felix Hochwallner

Engineering

1. Heat Pump 100%
2. Pump Cycle 100%
3. Side Pressure Drop 75%
4. Domestic Hot Water 72%
5. Phase Change Material 66%
6. Cold Store 66%
7. Evaporator 55%
8. Source Heat Pump 55%
9. Experimental Investigation 50%
10. Fluid Phase 50%
11. Exchanger 50%
12. Liquid Desiccant 50%
13. Computational Fluid Dynamics 41%
14. Air Flow 33%
15. Humidity Control 25%
16. Model Fidelity 25%
17. Absorbed Water 25%
18. Outlet Temperature 25%
19. Liquid Desiccant System 25%
20. Good Agreement 25%
21. Parameter Variation 25%
22. Mass Flowrate 25%
23. Dynamic Models 25%
24. One Dimensional 25%
25. Conventional System 18%
26. Moist Air 16%
27. Vortex 16%
28. Process Water 12%
29. Thermal Energy Storage 12%
30. Storage Capacity 12%
31. Compression Cycle Heat Pump 12%
32. Domestic Hot Water Storage 12%
33. Electric Energy 12%
34. Superheater 12%
35. Low Energy Building 12%
36. Hot Gas 11%
37. Energy Efficiency 11%
38. Transients 11%
39. Store Energy 5%
40. Ambient Condition 5%
41. Energy Storage 5%
42. Low-Temperature 5%
43. Operation Scenario 5%
44. High Energy Efficiency 5%
45. Temperature Heat 5%
46. Electrical Energy 5%
47. Electrical Power 5%
48. Numerical Model 5%
49. Building Sector 5%
50. Parametric Study 5%