Vipin Michael

Engineering

1. Mixers (Machinery) 100%
2. Breakage 75%
3. Energy Spectra 75%
4. Rotors 50%
5. Computational Fluid Dynamics 50%
6. Computer Simulation 50%
7. Vortex Shedding 50%
8. Population Balance Equation 50%
9. Fluid Viscosity 50%
10. Homogeniser 50%
11. Realization 50%
12. Structure Function 35%
13. Drop Size 35%
14. Rheology 25%
15. Energy Dissipation Rate 25%
16. Dissipation Rate 25%
17. Isotropy 25%
18. Energy Dissipation 25%
19. Simulated Result 25%
20. Quadrature Method of Moment 25%
21. Multifractal 25%
22. Oil-Water Emulsion 25%
23. Flow Curve 25%
24. Reynolds-Averaged Navier-Stokes 25%
25. Thinning Behavior 25%
26. Shear Layer 25%
27. Rotor Speed 25%
28. Shear Thinning 25%
29. Anisotropic 20%
30. Turbulence Spectrum 10%
31. Reynolds Stress 10%
32. Homogeneous Isotropic Turbulence 10%
33. Base Model 10%
34. Reynolds' Number 10%
35. Length Scale 10%