机电学院

Engineering

1. Finite Element Analysis 53%
2. Experimental Result 52%
3. Cutting Force 50%
4. Microelectromechanical System 48%
5. Residual Stress 36%
6. Optimization Method 34%
7. Transmission Error 33%
8. Simulation Result 31%
9. Joints (Structural Components) 30%
10. Surface Integrity 25%
11. Dynamic Model 25%
12. Product Design 24%
13. Helical Gears 24%
14. Numerical Example 24%
15. Design Optimization 23%
16. Genetic Algorithm 23%
17. Spiral Bevel Gear 22%
18. Resonator 22%
19. Grinding (Machining) 21%
20. Aero-Engines 21%
21. Process Parameter 21%
22. Design Method 20%
23. Multiscale 20%
24. Pinion 20%
25. Load Distribution 19%
26. End Milling 19%
27. Unmanned Aerial Vehicle 18%
28. Optimal Design 18%
29. Shape Memory Alloy 18%
30. Machine Tool 18%
31. Ultrasonics 17%
32. Engineering 17%
33. Dynamic Response 16%
34. Actuator 16%
35. Surface Quality 16%
36. Fault Diagnosis 16%
37. Resonant Frequency 15%
38. Gearbox 15%
39. Mathematical Model 15%
40. Gear System 15%
41. Force Model 15%
42. Machined Surface 15%
43. Manufacturing Process 15%
44. Blade Turbine 14%
45. Illustrates 14%
46. Computer Aided Design 14%
47. Fits and Tolerances 13%
48. Finite Element Modeling 13%
49. Electret 13%
50. Cutting Parameter 13%
51. Nodes 13%
52. Dynamic Behavior 13%
53. Harvester 12%
54. Fatigue Life 12%
55. Contact Ratio 12%
56. Additive Manufacturing 12%
57. Objective Function 11%
58. Two Dimensional 11%
59. Thin Films 11%
60. Path Planning 11%
61. Test Result 11%
62. Speed Milling 11%
63. Dynamic Loads 11%
64. Double Helical Gear 10%
65. Gear Drive 10%
66. Material Removal 10%
67. Gas Fuel Manufacture 10%
68. Hydrogel 10%
69. Interference Fit 10%
70. Nanoscale 10%
71. Multiobjective Optimization 10%
72. Surface Topography 10%
73. Optimisation Problem 9%
74. Nonlinearity 9%
75. Experimental Investigation 9%
76. Planetary Gear 9%
77. Structural Topology Optimization 9%
78. Three Dimensional Printing 9%
79. Gear Train 9%
80. Closed Loop 9%
81. Polishing Process 9%
82. Microhardness 9%
83. Design Process 9%
84. Contact Force 9%
85. Sensor Array 9%
86. Investment Casting 9%
87. Design Domain 9%
88. Metal Matrix Composite 9%
89. Shot Peening 9%
90. Similarity 8%
91. Force Coefficient 8%
92. Energy Harvesting 8%
93. Compressive Residual Stress 8%
94. Finite Element Simulation 8%
95. Friction Force 8%
96. Good Agreement 8%
97. Deep Learning Method 8%
98. Particle Swarm Optimization 8%
99. Tunnel 8%
100. Degree of Freedom 8%

Material Science

1. Surface (Surface Science) 100%
2. Composite Material 81%
3. Machining 41%
4. Residual Stress 39%
5. Finite Element Method 32%
6. Hydrogel 29%
7. Microelectromechanical System 28%
8. Density 26%
9. Three Dimensional Printing 26%
10. Carbon Fiber 23%
11. Resonator 22%
12. Aircraft 20%
13. Film 20%
14. Surface Roughness 19%
15. Shape Memory Effect 19%
16. Titanium Alloy 16%
17. Silicon 15%
18. Reinforced Plastic 13%
19. Thin Films 12%
20. Fatigue of Materials 11%
21. Metamaterial 10%
22. Prepreg 10%
23. Elastic Moduli 10%
24. Homogenization 9%
25. Graphene 9%
26. Shot Peening 9%
27. Ultimate Tensile Strength 9%
28. Metal Matrix Composite 9%
29. Microhardness 8%
30. Surface Property 8%
31. Composite Material 8%
32. Superalloys 8%
33. Electronic Circuit 8%
34. Plastic Deformation 8%
35. Optimization Model 7%
36. Multilayer 7%
37. Elastic Property 7%
38. Electret 7%
39. Lithography 7%
40. Polymer Composite 7%
41. Finite Element Modeling 7%
42. Dielectric Material 7%
43. Tomography 7%
44. Indentation 6%
45. Composite Laminate 6%
46. Transmission Gear 6%
47. Ceramic Matrix Composites 6%
48. Crystal Structure 6%
49. Volume Fraction 6%
50. Thermoelectrics 6%
51. Scanning Electron Microscopy 6%
52. Accelerometer 6%
53. Actuator 5%
54. Polylactide 5%
55. Ti-6Al-4V 5%
56. Hydrogen Bonding 5%
57. Thermal Conductivity 5%
58. Industrial Design 5%
59. Single Crystal 5%
60. Cure Process 5%
61. Thermal Sensor 5%
62. Nitrogen Dioxide 5%
63. Martensite 5%
64. Matrix Composite 5%
65. Bolted Joint 5%
66. Machinability 5%
67. Gas Sensor 5%
68. Wearable Sensor 5%
69. Aluminum 5%