Alexey Burluka

Engineering

1. Autoignition 100%
2. Vaporization 100%
3. Jet 77%
4. Turbulent Flow 77%
5. Mesoscale 66%
6. Ignition 66%
7. Atomisation 66%
8. Burning Rate 63%
9. Equivalence Ratio 55%
10. Two-Phase Flow 50%
11. Alkane 44%
12. Spark Ignition Engine 41%
13. Strain Rate 38%
14. Compression Ratio 38%
15. Kinetic Model 33%
16. Fluid Element 33%
17. Premixed Combustion 33%
18. Target Vehicle 33%
19. Fuel Injection System 33%
20. Engine Downsizing 33%
21. Mixture Strength 33%
22. Direct-Injection 33%
23. Flame Propagation 33%
24. Supercharger 33%
25. Experimental Observation 33%
26. Early Stage 33%
27. Eulerian Model 33%
28. Boundary Condition 33%
29. Flamelets 33%
30. Combustion Air 33%
31. Fuel Economy 33%
32. Scalar Field 33%
33. Handling Unit 33%
34. Layer Thickness 33%
35. Computational Fluid Dynamics 33%
36. Cam Profile 33%
37. Operating Point 33%
38. Port Fuel Injection 33%
39. Liquid Jet 33%
40. Injection System 33%
41. Camshaft 33%
42. Diffusion Layer 33%
43. Cruise Condition 33%
44. Engine Management System 33%
45. Weighting Factor 33%
46. Premixed Turbulent Flame 33%
47. Design Result 33%
48. Model Prediction 33%
49. Diffusive 33%
50. Spark Ignition 33%