Kai Luo

Engineering

1. Dielectric Elastomer Actuator 100%
2. Computer Simulation 55%
3. Reduced Order Model 55%
4. Finite Element Method 55%
5. Multibody System 47%
6. Large Deformation 43%
7. Robot 41%
8. Soft Robot 40%
9. Soft Material 33%
10. Material Model 33%
11. Frictional Contact 33%
12. Jacobian matrix 33%
13. Internal Force 33%
14. Dielectric Elastomer 32%
15. Transients 30%
16. Non-Linear Dynamic 27%
17. Buckling 25%
18. Motion Control 25%
19. Nodes 25%
20. Mechanical Systems 25%
21. Proper Orthogonal Decomposition 24%
22. Dynamic Response 23%
23. Actuation 22%
24. Buckling Analysis 22%
25. Static Analysis 22%
26. Experimental Result 21%
27. Mechanic Model 20%
28. Experimental Observation 20%
29. Rod 20%
30. Contact Dynamics 19%
31. Beam Bending 16%
32. Bistables 16%
33. Energy Barrier 16%
34. Driven System 16%
35. Tensegrity Structure 16%
36. Efficient Model 16%
37. Constitutive Model 16%
38. Shell Element 16%
39. Daily Life 16%
40. Practical Problem 16%
41. Model Reduction 16%
42. Induced Voltage 16%
43. Dynamic Loads 16%
44. Predictive Capability 16%
45. Kirchhoff 16%
46. Beam Element 16%
47. Magnetic Energy 16%
48. Made Paper 16%
49. Forced Vibration 16%
50. Hydrodynamics 16%