Load-resisting mechanism and analytical model for Fin Plate connection subjected to impact load

Engineering

1. High Strength Aluminum Alloy 100%
2. Elevated Temperature 56%
3. Analytical Model 50%
4. Impact Loads 50%
5. High Strength Steel 50%
6. Fiber-Reinforced Concrete 50%
7. High Performance Fiber 50%
8. Constitutive Relationship 50%
9. Models 50%
10. Steel Rebar 50%
11. Room Temperature 43%
12. Test Data 43%
13. Circular Hollow Section 33%
14. Retention Factor 30%
15. Design Analysis 26%
16. Experimental Investigation 26%
17. Material Response 20%
18. Bond Strength 16%
19. Embedment 16%
20. Parametric Study 16%
21. Test Column 16%
22. Tensiles 16%
23. Local Buckling 16%
24. Numerical Modeling 16%
25. Test Result 16%
26. Design Rule 16%
27. Buckling Behavior 16%
28. Test Coupon 16%
29. Numerical Data 16%
30. Applicability 16%
31. Finite Element Modeling 16%
32. Fire Design 16%
33. Accurate Prediction 10%
34. Test Material 10%
35. Design Code 10%
36. Transients 10%
37. Dependent Material 10%
38. Residual Stiffness 10%
39. Strain Gage 8%
40. Component Level 8%
41. Effect of Strain 8%
42. Concrete Mix 8%
43. Pullout Test 8%
44. Mixing Design 8%
45. Codes 8%
46. Constitutive Equation 8%
47. Steel Bar 8%
48. Constitutive Model 8%
49. Good Agreement 8%
50. Normal Concrete 8%
51. Product 8%
52. Steel Reinforcement 8%