Jinzhu Li

Engineering

1. Computer Simulation 100%
2. Experimental Result 77%
3. Penetration Depth 67%
4. Simulation Result 62%
5. Rod 47%
6. Aluminum Oxide 45%
7. Composite Steel 40%
8. Impact Velocity 34%
9. Energy Engineering 33%
10. Cross Section 33%
11. Test Data 27%
12. Constitutive Model 27%
13. Impact Loads 24%
14. Finite Element Method 23%
15. Penetration Resistance 22%
16. Reinforced Concrete 22%
17. Impact Resistance 22%
18. Glass Fibre-Reinforced Plastic 22%
19. Aluminum Plate 22%
20. Strength Concrete 22%
21. Target Plate 21%
22. Strain 19%
23. Strain Rate Effect 19%
24. Initial Velocity 19%
25. Good Agreement 18%
26. Ceramic Tile 18%
27. Perforating 17%
28. Damage Model 16%
29. Stress-Strain Curve 16%
30. Free Surface 15%
31. Failure Mode 15%
32. Penetration Velocity 14%
33. Flow Rate 14%
34. Tensiles 14%
35. Hydrodynamics 14%
36. Strain Rate 14%
37. Dynamic Response 13%
38. Test Result 13%
39. Fluid Viscosity 12%
40. Radial Flow 12%
41. Steel Plate 12%
42. Transients 12%
43. Penetration Performance 12%
44. Microelectronics 11%
45. Mountings 11%
46. Initial Temperature 11%
47. Moving Mesh 11%
48. Cylindrical Shell 11%
49. Dry Density 11%
50. Lagrange 11%