梁 慧敏

Engineering

1. Air Mixture 100%
2. Air Space 10%
3. Aluminum Powder 14%
4. Blast Loads 14%
5. Characteristic Feature 29%
6. Computer Simulation 30%
7. Coupling 14%
8. Critical Condition 29%
9. Deflagration 10%
10. Delay Time 29%
11. Design Method 29%
12. Dimensionless 14%
13. Droplet Size 29%
14. Duct 25%
15. Dust Layer 9%
16. Dynamic Response 14%
17. Energy Engineering 67%
18. Equation of State 14%
19. Equivalence Ratio 21%
20. Experimental Result 9%
21. Explosion Characteristic 29%
22. Explosion Load 14%
23. Explosive Charge 43%
24. External Condition 14%
25. Failure Analysis 14%
26. Failure Model 14%
27. Finite Element Simulation 14%
28. Fire Condition 29%
29. Flame Temperature 17%
30. Gaseous Explosion 11%
31. Hazards 36%
32. Ignition 61%
33. Ignition Delay 29%
34. Ignition Temperature 23%
35. Liquid Gas 29%
36. Mass Concentration 29%
37. Mass Fraction 14%
38. Max 17%
39. Methane 87%
40. Numerical Calculation 29%
41. Phase Mixture 29%
42. Plastic Deformation 14%
43. Pneumatics 29%
44. Pressure Increase 9%
45. Pressure Rise 20%
46. Scientific Basis 14%
47. Shell Thickness 17%
48. Shockwave 58%
49. Solid Fuel 29%
50. Statistical Distribution 29%