Linus Andersson

Engineering

1. Models 100%
2. Structural Dynamics 88%
3. Degree of Freedom 80%
4. Structural Design 78%
5. Nonlinearity 63%
6. Load Case 59%
7. Single Degree 54%
8. Glass Panel 53%
9. Reduced Order Model 50%
10. Freedom System 50%
11. Reduction 50%
12. Impact Loads 44%
13. Impact Body 39%
14. Design Process 34%
15. Numerical Example 34%
16. Accuracy 34%
17. Coordinate 29%
18. Model Reduction 29%
19. Environmental Benefit 29%
20. Subsystems 25%
21. Concrete Structure 24%
22. Nonlinear Behavior 24%
23. Failure (Mechanical) 21%
24. Efficient Model 20%
25. Shear Force 19%
26. Failure Mode 19%
27. Output Quantity 19%
28. Finite Element Modeling 19%
29. Modeling Strategy 19%
30. Brittle Failure 19%
31. Finite Element Method 19%
32. Joints (Structural Components) 19%
33. Beam Model 19%
34. Column Structure 14%
35. Frame Structure 14%
36. Beam-Column 14%
37. Plastic Hinge 14%
38. Engineering Application 14%
39. Dynamic Response 14%
40. Interface Force 14%
41. Accurate Prediction 10%
42. Elastic Response 10%
43. Mode Shape 9%
44. Shear Failure 9%
45. Glass Structure 9%
46. Static Analysis 9%
47. Material Behavior 9%
48. Discretization 9%
49. In-Plane Displacement 9%
50. Blast Loads 9%