Hariswaran Sitaraman

Engineering

1. Computational Fluid Dynamics 100%
2. Discrete Element 64%
3. Element Method 57%
4. Adaptive Mesh Refinement 56%
5. Reacting Flow 37%
6. Material Point Method 34%
7. Graphics Processing Unit 31%
8. Length Scale 24%
9. Reverse Osmosis Membrane 23%
10. Hydrodynamics 23%
11. Screw Feeder 23%
12. Dynamic Models 21%
13. Biorefineries 20%
14. Mesoscale 20%
15. Lignocellulosic Biomass 20%
16. Material Point 18%
17. Simulation Result 17%
18. Gas Temperature 17%
19. Multiphase Flow 17%
20. Pyrolysis 17%
21. Fluid Dynamics 16%
22. Fluid Viscosity 16%
23. Constitutive Model 15%
24. Aviation Fuels 15%
25. Computational Cost 14%
26. Navier-Stokes Equation 14%
27. Enzymatic Hydrolysis 14%
28. Ignition 14%
29. Rheology 14%
30. Biomass Conversion 13%
31. Kinetic Model 13%
32. Direct-Injection 13%
33. Flow Behavior 13%
34. Partial Differential Equation 12%
35. Surface Morphology 12%
36. Deflagration 12%
37. Methane 12%
38. Thruster 12%
39. Dielectrics 12%
40. Rotational 12%
41. Parallelism 12%
42. Combustor 11%
43. Local Scale 11%
44. Nucleate Boiling 11%
45. Computational Technique 11%
46. Fuel Direct-Injection 11%
47. Radio Frequency 11%
48. Rotating Detonation Engine 11%
49. Continuum Model 11%
50. Nodes 11%