Manuel Schieder

Engineering

1. Ejector 100%
2. Heat Pump 62%
3. Temperature Heat Pump 62%
4. Kilns 50%
5. Computational Fluid Dynamics 34%
6. Convective 27%
7. Flow Phenomenon 25%
8. Fluid Flow 25%
9. Ejector Technology 25%
10. Liquid Phase Change 25%
11. Phase Change Material 25%
12. Fluid Dynamics 25%
13. Ejector Efficiency 25%
14. Design Condition 25%
15. Ansys Fluent 18%
16. Heat Capacity 16%
17. Heating Capacity 16%
18. Ejector Geometry 16%
19. Expansion Valve 12%
20. Heat Capacity Method 11%
21. Mechanical Equilibrium 10%
22. Thermal Equilibrium 10%
23. Sustainable Future 10%
24. Pump Cycle 10%
25. Two-Phase Flow 10%
26. Equilibrium Model 10%
27. Industrial Energy System 8%
28. Temperature Lift 8%
29. Limited Performance 8%
30. Research Project 8%
31. Supply Temperature 8%
32. Feasibility Study 8%
33. Lost Work 8%
34. Simulation Mode 8%
35. Complex Phase 8%
36. 3d Simulation 8%
37. Design Tool 8%
38. Heating Element 8%
39. Fossil Fuel 8%
40. Acceptable Limit 8%
41. Operating Range 8%
42. Sink Temperature 8%
43. Commercial Software 6%
44. Throttle Valve 6%
45. Main Flow 6%
46. Expansion Process 6%
47. Cycle Efficiency 6%
48. Evaporator Pressure 6%
49. High Temperature Applications 6%
50. Operating Point 6%