Thomas Rodgers, PhD MEng CEng PFHEA RSA FIChemE FISIPT MRSC

Engineering

1. Fluid Viscosity 100%
2. Mixers (Machinery) 90%
3. Rotors 68%
4. Stirred Vessel 64%
5. Mixing Time 39%
6. Drop Size Distribution 29%
7. Chemical Engineer 29%
8. High Gas Flow Rate 27%
9. Concentration Distribution 27%
10. Predicted Value 27%
11. Ternary Diagram 27%
12. Computational Fluid Dynamics 22%
13. Impeller 20%
14. Good Agreement 19%
15. Dispersed Phase 17%
16. Shear Rate 15%
17. Drop Size 15%
18. Power Flow 15%
19. Electric Power Utilization 13%
20. Thermosyphon Reboilers 13%
21. Heterogeneous Regime 13%
22. Continuous Phase 13%
23. Process Condition 13%
24. Unit Operations 13%
25. Pearsons Linear Correlation Coefficient 13%
26. Equilibrium Curve 13%
27. Two-Phase Flow 13%
28. Imaging Systems 13%
29. Finite Element Modeling 13%
30. Real Life 13%
31. Mixing Application 13%
32. Aerodynamics 13%
33. Superficial Gas Velocity 13%
34. Multistage 13%
35. Single Plane 13%
36. Flow Pattern 13%
37. Good Performance 13%
38. Dimensional Image 13%
39. Circular Tank 13%
40. Effect Size 13%
41. Velocity Profile 13%
42. Disc Type 13%
43. Dissipation Rate 13%
44. Visual Inspection 13%
45. Phase Separation 13%
46. Linear Array 13%
47. Image Reconstruction 13%
48. Cleaning in-Place 13%
49. Amphiphile 13%
50. Radial Impeller 13%