Julian Unterluggauer

Engineering

1. Computer Simulation 100%
2. Heat Pump 96%
3. Ejector 92%
4. Decarbonization 62%
5. Francis Turbines 61%
6. Computational Fluid Dynamics 61%
7. Convective 46%
8. Industrial Furnace 42%
9. Heating Element 41%
10. Fatigue Analysis 38%
11. Fluid Flow 30%
12. Turbo-Compressors 30%
13. Fatigue Damage 30%
14. Strength Analysis 30%
15. Fatigue Strength 30%
16. Steel Making 30%
17. Sectoral 30%
18. Acceleration Sensor 30%
19. Hydrogen 30%
20. Technical Feasibility 23%
21. Measurement Data 23%
22. Carbon Dioxide 22%
23. Ejector Efficiency 20%
24. Energy Market 19%
25. Pressure Pulsation 15%
26. Numerical Methods 15%
27. Electric Power Plant 15%
28. Gas Heater 15%
29. Strain Gage 15%
30. Heat Transfer 15%
31. Heat Sources 15%
32. Potential Benefit 15%
33. Case Study 15%
34. Energy-Intensive Industry 15%
35. Energy Demand 15%
36. Forced Convection 15%
37. Hot Gas 15%
38. Numerical Calculation 15%
39. Heat Treatment 15%
40. Mechanical Stress 15%
41. Electrical Heating 15%
42. Thermodynamics 15%
43. Flow Regime 15%
44. Radiative Heat Transfer 15%
45. Actuator 15%
46. Process Condition 15%
47. Fossil Fuel 15%
48. Sustainable Future 12%
49. Steel Production 11%
50. High Temperature Applications 11%