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 封面目次第一章緒論1-1 研究背景1-2 平衡理論綜覽1-3 影響係數平衡方法之文獻回顧1-4 考慮量測誤差精度之動平衡方法文獻回顧1-5 研究大綱第二章曲柄軸之影響係數平衡方法2-1 導論2-2 非對稱轉子之影響係數法2-3 具非等向性軸承之振幅反應2-4 曲柄軸不平衡量之計算2-5 曲柄軸修正質量之分解(傳統法)2-6 曲柄軸修正質量測定之迭代方法(修正法)2-7 傳統法與修正法之比較2-8 實驗例第三章曲柄軸考慮量測精度之動平衡方法3-1 導論3-2 考慮量測誤差之傳統影響係數3-3 非對稱轉子之影響係數誤差3-4 影響係數誤差最小化3-5 考慮量測誤差之曲柄軸不平衡質量計算3-6 曲柄軸動平衡之實例分析第四章綜合討論與結論4-1影響平衡精度之因素4-2結論參考文獻附錄
 1.E. L. Thearle 1934 ASME Journal of Applied Mechanics 56, 745-753. Dynamic balancing of rotating machinery in the field.2.J. G. Baker 1939 ASME Journal of Applied Mechanics 61, A1-A6. Methods of rotor-unbalance determination.3.T. P. Goodman 1964 ASME Journal of Engineering for Industry 86, 273-279. A least-squares method for computing balance corrections.4.J. M. Tessarzik, R. H. Badgley, and W. J. Anderson 1972 ASME Journal of Engineering for Industry Feb., 148-158. Flexible rotor balancing by the exact point-speed influence coefficient method.5.J. M. Tessarzik, R. H. Badgley, and D. P. Fleming 1976 ASME Journal of Engineering for Industry Aug., 988-998. Experimental evaluation of multiplane-multispeed rotor balancing through multiple critical speeds.6.W. D. Pilkey and J. T. Bailey 1979 ASME Journal of Mechanical Design 101(2), 304-308. Constrained balancing techniques for flexible rotors.7.W. D. Pilkey, J. T. Bailey, and P. D. Smith 1983 ASME Journal of Vibration, Acoustics, Stress, and Reliability in Design 105, Jan., 90-93. A computational technique for optimizing correction weights and axial location of balance planes of rotating shafts.8.M. S. Darlow 1989. Balancing of High-Speed Machinery, Springer-Verlag , New York: Springer-Verlag.9.H. H. Jeffcott 1919 Phil. Mag. 6(37), 304, The lateral vibration of loaded shafts in the neighborhood of a whirling speed - The effect of want of balance.10.S. Timoshenko 1928 Vibration Problems in Engineering, Princeton, New Jensey: D. Van Nostrand Co., Inc. (4th ed., with D. H. Young and W. Weaver Jr. 1974, New York: Wiley.)11.R. P. Kroon 1944 ASME Journal of Applied Mechanics 11, 47-50, Balancing of rotating apparatus-II.12.C. M. Harris, C. Crede, editors, 1961 (2nd ed., 1976) Shock and Vibration Handbook, New York: McGraw-Hill.13.ISO. 1985, Balancing machines-description and evaluation, ISO 2953-1985 (E), Geneva, Switzerland.14.J. P. Den Hartog 1934 (4th ed., 1956) Mechanical Vibration, New York: McGraw-Hill Book Company, Inc.15.J. S. Rao 1983 (2nd ed., 1996) Rotor Dynamics, New Delhi: Wiley Eastern Limited.16.Y. Kang, G. J. Sheen and P. H. Tang 1997 Journal of Sound and Vibration 208, 167-173. The principle and application of multi-plane separation for balancing machines.17.Y. Kang, G. J. Sheen, M. H. Tseng, S. H. Tu, and H. W. Chang 1998 Journal of Sound and Vibration 214, 413-430. Modal analyses and experiments for engine crankshafts,” Journal of Sound and Vibration.18.Y. Kang, C. P. Liu, and G. J. Sheen 1996 Journal of Sound and Vibration 194(2), 199-218. A modified influence coefficient method for balancing unsymmetrical rotor-bearing systems.19.N. A. Yeh, and R. S. Yu 1985 The principle of dynamic balancing and balancing machine (in Chinese). Wu-Chang, China: Hua-Zhong College of Engineering.20.Y. Kang, Y. P. Chang, M. H. Tseng, P. H. Tang and Y. F. Chang 2000 Journal of Sound and Vibration 234(2), 277-296. A modified approach based on influence coefficient method for balancing crankshafts.21.ISO 1940-1:1986(E), Mechanical vibration - balancing quality requirements of rigid rotors - part I: determination of permissible residual unbalance.22.J. W. Lund and J. Tonneson 1972 ASME Journal of Engineering for Industry 94(1), 233-242. Analysis and experiments on multi-plane balancing of a flexible rotor.23.Y. Kang, M. H. Tseng, C. P. Chao, and Y. X. Guo 2001 Journal of Sound and Vibration. A study on accuracy of modified influence coefficient method for balancing crankshafts. (submitted to JSV).
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 1 渦輪幫浦離線平衡校正技術研究

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 1 轉子動平衡最佳化方法及精度影響因數探討 2 動平衡機之多平面分離原理與應用 3 自動平衡儀控制系統設計及分析 4 滾動接觸之剛度探討 5 起重機結構之探討 6 非對稱轉子之動平衡 7 曲柄軸之動態分析 8 非對稱轉子動態平衡方法之研究 9 靜壓軸承之雙向薄膜節流器參數鑑別 10 液靜壓封閉式軸承使用雙向補償之特性分析 11 挖掘機吊掛作業分析及安全注意要點 12 濾波及細化於非穩定振動之齒輪組故障診斷 13 薄膜節流器之設計及特性探討 14 非穩態振動分析於齒輪組故障診斷 15 結合Hilbert-Huang轉換及階次跟蹤之故障診斷方法

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