考量氣體負載及轉軸彈性變形下迴轉式壓縮機轉子系統之動力響應研究

Keyphrases

1. Gear Hone 100%
2. Helical Gear 100%
3. Honing Machine 66%
4. Closed-loop Topology 50%
5. Meshing Gears 50%
6. Meshing Clearance 50%
7. Long Face 50%
8. Clearance Estimation 50%
9. Inter-lobe Clearance 50%
10. Twin-screw 50%
11. Screw Rotor 50%
12. Face Width 50%
13. Dual Lead 50%
14. Tooth Flank 50%
15. Lead Crown 50%
16. Internal Gear 50%
17. Topological Transformation 50%
18. Internal Meshing 50%
19. Gas Load 50%
20. Rotary Compressor 50%
21. Counterweight 35%
22. Honing Wheel 33%
23. Double Crowns 33%
24. Swivel Angle 29%
25. Gear Tooth Surface 29%
26. Numerical Examples 29%
27. Dynamic Response 25%
28. Vibration Prediction 25%
29. Elastic Deformation 25%
30. Rotor System 25%
31. Compressor Rotor 25%
32. Tooth Modification 25%
33. Prediction Validation 25%
34. Experimental Validation 25%
35. Multibody Dynamics 25%
36. Crankshaft 22%
37. Rotor Profile 20%
38. Clearance Distribution 20%
39. Radial Feed 16%
40. Tooth Surface 16%
41. Tooth Edge Contact 16%
42. Sensitivity Matrix 16%
43. Cylindrical Gear 16%
44. Three-machine 16%
45. Machining Efficiency 16%
46. Contact Load Distribution 16%
47. Rotational Angle 16%
48. Polynomial Coefficients 16%
49. Honing Process 16%
50. Levenberg-Marquardt Algorithm 16%
51. Design of Experiments Method 12%
52. Washer 12%
53. Household Air Conditioner 12%
54. Counterweight Design 12%
55. Tooth Proportions 12%
56. Long Service Life 12%
57. Single-lead 12%
58. Gear Meshing 12%
59. Edge Contact 12%
60. Load Capacity 12%
61. Rotation Angle 12%
62. Tooth Contact Analysis 12%
63. Rubber 12%
64. Torque Ripple 12%
65. Eccentric Mass 12%
66. Vibration Response 12%
67. Load Torque 12%
68. Vibration Acceleration 12%
69. Twin-screw Pump 10%
70. Calculation Method 10%
71. Rack 10%
72. Leakage Path 10%
73. Shortest Distance 10%
74. CAD Model 10%
75. Numerical Methods 10%
76. Contact Line 10%
77. Pump Performance 10%
78. Solution Accuracy 10%
79. Variable pitch 10%
80. Adjustability 10%
81. Center of Mass 5%
82. Service Life 5%
83. Centrifugal Force 5%
84. Noise Problem 5%
85. Eccentric Shaft 5%
86. Mathematical Model 5%
87. CAD Software 5%
88. ADAMS Software 5%
89. First Year 5%
90. Rigid Body 5%
91. Vibration Problems 5%
92. Flexible Body 5%

Engineering

1. Internals 100%
2. Helical Gears 100%
3. Honing Machines 62%
4. Rotors 50%
5. Honing 50%
6. Closed Loop 50%
7. Face Width 50%
8. Rotary Compressors 50%
9. Numerical Example 29%
10. Gear-Teeth Surface 29%
11. Elastic Deformation 25%
12. Compressor Rotor 25%
13. Rotor System 25%
14. Dynamic Response 25%
15. Multibody Dynamics 25%
16. Service Life 21%
17. Load Capacity 16%
18. Angles of Rotation 16%
19. Washers 12%
20. Design of Experiment Method 12%
21. Rotational 12%
22. Numerical Approach 12%
23. Levenberg-Marquardt Algorithm 12%
24. Cylindrical Gear 12%
25. Sensitivity Matrix 12%
26. Load Distribution 12%
27. Crankshaft 12%
28. Air Conditioner 12%
29. Load Torque 12%
30. Dynamic Models 12%
31. Computer Aided Design 12%
32. Adjustability 7%
33. Pump Performance 7%
34. Adaptability 7%
35. Contact Line 7%
36. Measured Result 7%
37. Centrifugal Force 5%
38. Eccentric Shaft 5%
39. Mass Centre 5%
40. Mathematical Model 5%
41. Rigid Structure 5%