Henrik Saxén

Engineering

1. Blast Furnace 100%
2. Shaft Furnace 28%
3. Computational Fluid Dynamics 24%
4. Steel Slag 23%
5. Hot Metal 20%
6. Steel Making 16%
7. Hydrogen Reduction 16%
8. Mathematical Model 15%
9. Iron 15%
10. Porosity 14%
11. Carbon Sequestration 14%
12. Numerical Study 14%
13. Discrete Element 14%
14. Element Method 14%
15. Carbon Capture 13%
16. Blast Furnace Process 13%
17. Mass Transfer 11%
18. Tapping (Threads) 11%
19. Core Model 10%
20. Mineralisation 10%
21. CO2 Sequestration 10%
22. Digital Elevation Model 9%
23. Gas Injection 9%
24. Mixed-Integer Linear Programming 9%
25. Furnace Slag 9%
26. Performance Improvement 9%
27. Direct Reduction 9%
28. Mols 9%
29. Blast Pressure 8%
30. Liquid Level 8%
31. Model Parameter 8%
32. Heat Pump 8%
33. Basic Oxygen Furnace 7%
34. Carbonation 7%
35. Packed Bed 7%
36. Steelmaking Process 7%
37. Heat Conduction Problem 7%
38. Blast Furnace Ironmaking 7%
39. Renewables 7%
40. Processing Parameter 7%
41. Temperature Distribution 7%
42. Coke Particle 7%
43. Slag Viscosity 7%
44. Steel Plant 7%
45. Iron Oxide Pellet 7%
46. Reduction Process 7%
47. Computer Simulation 6%
48. Carbonation Process 6%
49. Liquid Flow 6%
50. Process Condition 6%