Julian Unterluggauer

Engineering

1. Heat Pump 100%
2. Francis Turbines 76%
3. Ejector 76%
4. Industrial Furnace 52%
5. Computational Fluid Dynamics 49%
6. Transients 46%
7. Fluid Flow 41%
8. Turbo-Compressors 38%
9. Fatigue Analysis 38%
10. Fatigue Damage 38%
11. Industrial Energy System 38%
12. Convective 38%
13. Turbine 38%
14. Strength Analysis 38%
15. Fatigue Strength 38%
16. Energy Market 36%
17. Pressure Pulsation 31%
18. Ejector Efficiency 25%
19. Two-Phase Flow 22%
20. Heating Element 20%
21. Numerical Methods 19%
22. Electric Power Plant 19%
23. Sustainable Future 15%
24. Steel Production 14%
25. Ansys Fluent 13%
26. Heat Distribution 13%
27. Boiler 12%
28. Carbon Dioxide Reduction 12%
29. Photovoltaic Modules 12%
30. Retro-Fitting 12%
31. Hydraulic Turbines 12%
32. Significant Change 12%
33. Strain Gage 12%
34. Pressure Sensor 12%
35. Heat Storage 12%
36. Main Flow 9%
37. Expansion Process 9%
38. Mechanical Equilibrium 9%
39. Evaporator Pressure 9%
40. High Temperature Applications 9%
41. Technical Feasibility 9%
42. Condenser Pressure 9%
43. Industrial Applications 9%
44. Heat Supply 9%
45. Design Procedure 9%
46. Equilibrium Model 9%
47. Staggered Arrangement 9%
48. Applicability 9%
49. Mechanical Component 9%
50. Strength Assessment 9%