School of Mechanical Engineering

Engineering

1. Electric Vehicle 100%
2. Control Strategy 85%
3. Battery (Electrochemical Energy Engineering) 74%
4. Diesel Engine 68%
5. Simulation Result 58%
6. Energy Engineering 58%
7. Transmissions 56%
8. Road 55%
9. Experimental Result 54%
10. Energy Management 50%
11. Lithium-Ion Batteries 46%
12. Computer Simulation 38%
13. Hybrid Electric Vehicle 38%
14. Dynamic Models 36%
15. Control System 33%
16. State of Charge 27%
17. Predictive Control Model 27%
18. Hydraulics 26%
19. Transients 25%
20. Finite Element Method 24%
21. Femtosecond Laser 23%
22. Powertrain 23%
23. Ultrasonics 22%
24. Fuel Economy 21%
25. Demonstrates 21%
26. Reinforcement Learning 20%
27. Obtains 20%
28. Couplings 19%
29. Battery Pack 18%
30. Robot 18%
31. Experimental Investigation 18%
32. Fault Diagnosis 17%
33. Vehicle Dynamics 17%
34. Mathematical Model 17%
35. Tasks 16%
36. Control Algorithm 16%
37. Driving Cycle 16%
38. Hydrofoil 16%
39. Simulation Model 15%
40. Genetic Algorithm 15%
41. Microstructure 15%
42. Vortex 15%
43. Ground Vehicle 15%
44. Defects 15%
45. Low-Temperature 14%
46. Flow Field 14%
47. Optimization Method 14%
48. Dynamic Programming 14%
49. Determines 14%
50. Computational Fluid Dynamics 13%
51. Path Planning 13%
52. Ignition 13%
53. Intelligent Vehicle Highway Systems 13%
54. Joints (Structural Components) 13%
55. Test Result 13%
56. Internal Combustion Engine 13%
57. Hydrodynamics 13%
58. Design Method 12%
59. Hybrid-Electric Vehicle 12%
60. Centrifugal Compressor 12%
61. Kalman Filter 12%
62. Assembly Process 12%
63. Rotors 12%
64. Plug-in Hybrid Electric Vehicle 12%
65. Turbocharger 12%
66. Impeller 11%
67. Permanent Magnet Synchronous Motor 11%
68. Numerical Study 11%
69. Pneumatics 11%
70. Motor Drive 11%
71. Mechanical Transmission 11%
72. Free Piston Engines 11%
73. Finite Element Modeling 11%
74. Internals 11%
75. Power Engineering 10%
76. Dynamic Performance 10%
77. Engineering 10%
78. Steering System 10%
79. Fuel Injection 10%
80. Residual Stress 10%
81. Engine Speed 10%
82. Energy Conservation 9%
83. Control Scheme 9%
84. Matlab-Simulink 9%
85. Fuel Cell 9%
86. State of Health 9%
87. Suspension System 9%
88. Optimal Control 9%
89. Test Bench 9%
90. Degree of Freedom 9%
91. Active Suspension 9%
92. Limitations 9%
93. Pressure Fluctuation 9%
94. Design Optimization 9%
95. Flow Rate 9%
96. Fits and Tolerances 9%
97. Grinding (Machining) 9%
98. Supports 9%
99. Dynamic Behavior 9%
100. Adaptability 8%