Precision Engineering

Engineering

1. Flexure 100%
2. Mechanisms 52%
3. Design 34%
4. Generalised Strain 25%
5. Joints (Structural Components) 17%
6. Support Stiffness 17%
7. Elements 14%
8. Beam Element 14%
9. Optimization 13%
10. Vibration Isolation 12%
11. Error 12%
12. Flexure Hinge 12%
13. Accuracy 12%
14. Active Material 11%
15. Design Optimization 11%
16. Feedforward 11%
17. Performance 10%
18. Applications 10%
19. Models 9%
20. Deflection 9%
21. Deformation 9%
22. Compliant Mechanism 8%
23. Optimization Method 8%
24. Force Transmission 8%
25. Reaction Force 8%
26. Piezoelectric 8%
27. Repeatability 8%
28. Robotics 7%
29. Multibody System 7%
30. Resonance Frequency 7%
31. Alignment 7%
32. Degree of Freedom 6%
33. Load Capacity 6%
34. Design Space 6%
35. Design Parameter 6%
36. Coordinate 6%
37. Simulation 6%
38. Cross Sections 6%
39. Payload 5%
40. Linear Guide 5%
41. Four-Bar Mechanism 5%
42. Computational Efficiency 5%
43. Economics 5%
44. Feedforward Control 5%
45. Noise Source 5%
46. Supports 5%
47. Isolators 5%
48. Additive Manufacturing 5%
49. Grippers 5%
50. Balancing Mechanism 5%
51. Numerical Optimization 5%
52. Parameter Estimation 5%
53. Frequency Domain 5%
54. Network Application 5%
55. Surrogate Model 5%
56. Metal Forming 5%
57. Sheet Metal 5%
58. Comparative Study 5%
59. Limit Cycle 5%
60. Isolators 5%
61. Geometric Stiffness 5%
62. Optimisation Problem 5%
63. Rolling Contact 5%
64. Friction Model 5%
65. Mass Balance 5%
66. Real Image 5%
67. Robot Manipulator 5%
68. Path Planning 5%
69. Real Data 5%
70. Proof-of-Concept 5%
71. Computational Mechanics 5%
72. Cross Section 5%
73. Gain Margin 5%
74. Manipulator 5%
75. Robot 5%
76. Frequency-Domain Analysis 5%
77. Eigenfrequencies 5%
78. Thickness 5%