機械工程學系

Engineering

1. Experimental Result 100%
2. Finite Element Analysis 43%
3. Solid Oxide Fuel Cell 39%
4. Thin Films 34%
5. Simulation Result 34%
6. Two Dimensional 33%
7. Electric Discharge Machining 32%
8. Granular Bed 32%
9. Electrical Discharge 25%
10. Piezoelectric 24%
11. Flow Distribution 23%
12. Porosity 23%
13. Interferometry 22%
14. Displacement Measurement 22%
15. Rotors 22%
16. Stainless Steel 21%
17. Microchannel 20%
18. Actuator 20%
19. Proton-Exchange Membrane Fuel Cells 19%
20. Control System 19%
21. Deep Learning Method 19%
22. Ultrasonics 19%
23. Flow Velocity 18%
24. Room Temperature 18%
25. Methane 18%
26. Mathematical Model 17%
27. Interconnects 17%
28. Joints (Structural Components) 16%
29. Ignition 16%
30. Fuzzy System 16%
31. Microhole 15%
32. Imaging Systems 15%
33. Experimental Investigation 15%
34. Illustrates 14%
35. Silicon Dioxide 14%
36. Light-Emitting Diode 14%
37. Fatigue Crack Growth 14%
38. Low-Temperature 14%
39. Flow Rate 14%
40. Discrete Element 14%
41. Image Processing 14%
42. Pulsed Laser 14%
43. Chemical Vapor Deposition 13%
44. Diffusion Coefficient 13%
45. Exchanger 13%
46. Good Agreement 13%
47. Test Result 13%
48. Vapor Deposition 13%
49. Computer Aided Design 13%
50. Process Parameter 13%
51. Aluminum Oxide 12%
52. Resonant Frequency 12%
53. Surface Plasmon 12%
54. Element Method 12%
55. Grinding (Machining) 12%
56. Degree of Freedom 12%
57. Numerical Study 12%
58. Polydimethylsiloxane 11%
59. Silicon Wafer 11%
60. Isotropic Turbulence 11%
61. Heat Flux 11%
62. Material Removal Rate 11%
63. Directional 11%
64. Reynolds' Number 11%
65. Dielectrics 11%
66. Contact Stress 10%
67. Light Emission 10%
68. Magnetic Field 10%
69. Fluid Viscosity 10%
70. Nodular Iron 10%
71. Gear Drive 10%
72. Delay Time 10%
73. Transients 10%
74. Melting Point 10%
75. Electrospinning 10%
76. Refractive Index 10%
77. Refractivity 10%
78. Helical Gears 10%
79. Feedback Control 10%
80. Fuel Cell 10%
81. Temperature Distribution 10%
82. Transducer 10%
83. Cell Performance 10%
84. Manipulator 10%
85. Boiling Heat Transfer 10%
86. Side Wall 10%
87. Rod 10%
88. Sliding Mode Control 10%
89. Flow Behavior 10%
90. Self-Powered 10%
91. Fatigue Behavior 9%
92. Nitride 9%
93. Harvester 9%
94. Numerical Example 9%
95. Pneumatics 9%
96. Microfluidic Device 9%
97. Controller Design 9%
98. Graphene 9%
99. Taguchi Method 9%
100. Free Surface 9%

Keyphrases

1. Surface Roughness 31%
2. Mechanical Properties 30%
3. Microstructure 28%
4. Numerical Simulation 27%
5. Electrical Discharge Machining 25%
6. Controller 23%
7. Granular Materials 22%
8. Two Dimensional 22%
9. Finite Element Analysis 22%
10. High Temperature 20%
11. Solid Oxide Fuel Cell 18%
12. Electrolyte 18%
13. Room Temperature 18%
14. Proton Exchange Membrane Fuel Cell (PEMFC) 18%
15. Three-dimensional (3D) 17%
16. Optical Properties 17%
17. Near-infrared 15%
18. Annealing 15%
19. Burner 14%
20. Aluminum Oxide 14%
21. Flow Pattern 14%
22. Diffuse Optical Tomography 13%
23. A-Si 13%
24. Heterodyne Interferometry 13%
25. Rotational Speed 13%
26. Oxides 13%
27. Granular Temperature 13%
28. Heat Transfer Performance 13%
29. Machining Characteristics 13%
30. Optical Imaging System 13%
31. In Situ 12%
32. Isotropic Turbulence 12%
33. Machining Process 12%
34. Granular Flow 12%
35. Wafer 12%
36. Convection 12%
37. Low Temperature 12%
38. Planar Solid Oxide Fuel Cell 12%
39. Vibrated Granular Bed 12%
40. Fuzzy Systems 11%
41. Superplastic 11%
42. Resonant Frequency 11%
43. Self-diffusion Coefficient 11%
44. Lithium Niobate 11%
45. Electron Cyclotron Resonance Chemical Vapor Deposition 11%
46. Turbulence 11%
47. Heat Transfer 11%
48. Experimental Validation 11%
49. Fatigue Crack Growth Rate 11%
50. Rotating Drum 11%
51. Austempered Ductile Iron 11%
52. Numerical Results 11%
53. Empirical Mode Decomposition 11%
54. Aluminum Alloy 10%
55. Heterodyning 10%
56. Micro-hole 10%
57. Scanning Electron Microscopy 10%
58. Control System 10%
59. Deep Learning 10%
60. Optical Emission Spectroscopy 10%
61. Near-field Electrospinning 10%
62. Cell Performance 10%
63. Mathematical Model 10%
64. Diffuse Optical Imaging 10%
65. Sidewall 10%
66. Granules 10%
67. Helical Gear 10%
68. Discrete Element Method 10%
69. Turbulent Burning Velocity 10%
70. Phase Difference 9%
71. Taiwan 9%
72. Crystal-melt Interface 9%
73. Light-emitting Diodes 9%
74. Screw Rotor 9%
75. Fabrication Methods 9%
76. Order Tracking 9%
77. Material Removal Rate 9%
78. Displacement Measurement 9%
79. Crystal Growth 9%
80. Temperature Distribution 9%
81. Imaging Systems 9%
82. Sheared Granular Flows 9%
83. Finite Element Method 9%
84. Coupler 9%
85. Adaptive Optics 9%
86. Solid Fraction 9%
87. Rotor 9%
88. Shaker 9%
89. Thermocapillary Convection 9%
90. Flow Behavior 9%
91. Glass Ceramic Sealants 9%
92. Vibrated Bed 9%
93. Corrosion Resistance 9%
94. Strain Rate 9%
95. Electrochemical Discharge Machining 8%
96. Taguchi Method 8%
97. Moving Granular Bed Filter 8%
98. Equivalence Ratio 8%
99. Metallic Interconnect 8%
100. Gas Forming 8%