宁波研究院

Engineering

1. Actuator 10%
2. Antenna 10%
3. Axial Force 10%
4. Basestation 10%
5. Bending Vibration 6%
6. Bionics 20%
7. Boundary Condition 16%
8. Carrier Concentration 6%
9. Charge Transport 5%
10. Common Mode 5%
11. Computational Effort 5%
12. Conical Shell 6%
13. Continuity Condition 10%
14. Coupling Effect 10%
15. Cylindrical Shell 8%
16. Deborah Number 10%
17. Deep Learning Method 21%
18. Dielectrics 11%
19. Dimensional Model 10%
20. Dispersion Curve 5%
21. Doping Level 7%
22. Dynamic Model 10%
23. Effective Plastic Strain 5%
24. Electric Charge 12%
25. Electric Field 13%
26. Electric Potential 21%
27. Electromechanics 10%
28. Electrostatic Potential 10%
29. Energy Harvesting 6%
30. Engineering Application 5%
31. Excitation Force 5%
32. Experimental Investigation 10%
33. Field Model 10%
34. First-Order Shear Deformation Theory 13%
35. Flexible Couplings 10%
36. Flexoelectricity 12%
37. Forced Vibration 7%
38. Fracture Behavior 6%
39. Free Vibration 10%
40. Frequency Spectrum 5%
41. Gaussians 5%
42. Hamilton's Principle 10%
43. Harvester 5%
44. Heat Source 10%
45. Hydrodynamic Performance 10%
46. Learning Approach 10%
47. Learning Technique 5%
48. Love Wave 6%
49. Magnetic Field 10%
50. Mechanical Coupling 10%
51. Mechanical Force 6%
52. Mobile Communication 10%
53. Mode Shape 10%
54. Motion Control 6%
55. Nanowire 10%
56. Natural Mode 5%
57. Newtonian Fluid 10%
58. Numerical Experiment 6%
59. Observables 10%
60. One Dimensional 11%
61. Optimization Method 6%
62. Permanent Deformation 5%
63. Phase Field 10%
64. Phase Velocity 6%
65. Piezoelectric 65%
66. Piezoelectric Effect 10%
67. Plane Stress Problem 10%
68. Portable Electronics 5%
69. Power Density 10%
70. Propagating Wave 5%
71. Propulsive Efficiency 6%
72. Radiated Power 10%
73. Radiation Power 10%
74. Ray Model 10%
75. Realization 10%
76. Reflectance 10%
77. Resistive 5%
78. Resonant Frequency 8%
79. Resonator 10%
80. Rigid Structure 5%
81. Robot 5%
82. Rod 8%
83. Scattering Medium 5%
84. Semiconductor Type 5%
85. Shells (Structures) 5%
86. Similarity 6%
87. Source Function 6%
88. Spatial Location 5%
89. Strain Gradient 15%
90. Surrogate Model 6%
91. Telecommunication 10%
92. Thin Films 10%
93. Uncertainty Quantification 10%
94. Vibration Analysis 6%
95. Viscoelasticity 10%

Material Science

1. Aluminum 5%
2. Aluminum Nitride 10%
3. Antenna 5%
4. Beam Theory 5%
5. Brazing 5%
6. Bulk Film 8%
7. Carrier Concentration 11%
8. Composite Material 12%
9. Current-Voltage Characteristic 20%
10. Density 5%
11. Dielectric Material 10%
12. Dynamic Loads 10%
13. Electromechanical Coupling 5%
14. Finite Element Method 15%
15. Fracture Behavior 10%
16. Fracture Toughness 5%
17. Hydrogen Embrittlement 5%
18. Impact Loads 10%
19. Impact Testing 5%
20. Laminated Composite 10%
21. Large Deformation 5%
22. Material Selection 5%
23. Materials Degradation 5%
24. Materials Property 5%
25. Metamaterial 10%
26. Nanowire 10%
27. Phase Field Model 10%
28. Piezoelectricity 100%
29. Plastic Deformation 5%
30. Resonator 10%
31. Semiconductor Device 10%
32. Shock Loads 5%
33. Spacecraft 10%
34. Stamping 5%
35. Stress Concentration 5%
36. Surface (Surface Science) 10%
37. Thermoelectrics 10%
38. Thin Films 10%
39. Vibration Analysis 21%
40. Young's Modulus 5%
41. ZnO 15%