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參考文獻 1.Raimondi AA, Boyd J, An analysis of orifice-& capillary-compensated hydrostatic journal bearings. Lubr Eng 1957;13(1):29-37. 2. Davies PB, A general analysis of multi-recess hydrostatic journal bearings, Proceedings of Institution of Mechanic. Engineerings 1969;184 Part 1 (43):827-836. 3.O’Donoghue JP, Rowe WB, Hydrostatic bearing design. Tribology International 1969; 2(1):25-71. 4.O’Donoghue JP, Rowe WB, Hooke CJ, Design of hydrostatic bearings using an operating parameter. Wear 1969;14(5):355-362. 5.Rowe WB, O’Donoghue JP, Cameron A, Optimization of externally pressurized bearings for minimum power and low temperature rise. Tribology 1970; 3(3):153-157. 6.Stout KJ, Rowe WB, Externally pressurized bearings – design for manufacture Part 3: design of liquid externally pressurized bearings for manufacture including tolerancing procedures. Tribology International 1974;7(5):195-212. 7.Ghosh B, An exact analysis of a hydrostatic journal Bearing with a large circumferential sill. Wear 1972;21(2):367-375. 8.Ghosh B, Load and flow characteristics of capillary-compensated hydrostatic journal bearing. Wear 1973;23(3):377-386. 9.Singh DV, Sinhasan R, Ghai RC, Finite element analysis of orifice compensated hydrostatic journal bearings. Tribology International 1976; 9(6):281-284. 10.Ghosh MK, Majumdar BC, Design of multirecess hydrostatic oil journal bearings. Tribology International 1980;13(2):73-78. 11.Malanoski SB, Loeb AM, The effect of the method compensation on hydrostatic bearing stiffness. Transaction of the ASME, Journal of Basic Engineering 1961;83(2):179-187. 12.Rowe WB, Dynamic and static properties of recessed hydrostatic journal bearings by small displacement analysis. Transaction of the ASME, Journal of Lubrication Technology 1980;102(1):71-79. 13.Rowe WB, Koshal D, Stout KJ, Ivestigation of recessed hydrostatic and slot-entry journal bearings for hybrid hydrodynamic and hydrostatic operation. Wear 1977; 43(1):55-71. 14.Rowe WB, Koshal D, A new basis for the optimization of hybrid journal bearings. Wear 1980;64(1):115-131. 15.Rowe WB, Hydrostatic and Hybrid Bearing Design. Butterworths, London, 1983. 16.Leonard R, Rowe WB, Dynamic force coefficients and the mechanism of instability in the hydrostatic journal bearings. Wear 1973;23(3):277-282. 17.Rohde SM, Ezzat HA, On the dynamic behavior of hybrid journal bearings. journal of lubrication technology, Transactions of the ASME 1976;98(1):90-94. 18.Ghosh MK, Dynamic characteristics of multirecess externally pressurized oil journal bearing. journal of lubrication technology, Transactions of the ASME 1978;100(4):467-471. 19.Ghosh MK, Majumdar BC, Rao JS, Steady-state and dynamic behavior of multi-recess hybrid oil journal bearings. Journal of Mechanical Engineering Science 1979;21(5):345-351. 20.Rowe WB, Chong FS, Computation of dynamic force coefficients for hybrid (hydrostatic/hydrodynamic) journal bearings by the finite disturbance and perturbation Techniques. Tribology International 1986;19(5):260-271. 21.Ghosh MK, Viswanath NS, Recess volume fluid compressibility effect on the dynamic characteristics of multirecess hydrostatic journal bearings with journal rotation. Journal of Tribology, Transactions of the ASME 1987;109(3): 417-426. 22.Ghosh MK, Viswanath NS, Frequency dependent stiffness and damping coefficients of orifice compensated multi-recess hydrostatic journal bearings. International Journal of Machine Tools & Manufacturing 1987; 27(3):275-287. 23.Ghosh MK, Guha SK, Majumdar BC, Rotordynamic coefficients of multirecess hybrid journal bearings part I. Wear 1989; 129 (2):245-259. 24.Guha SK, Ghosh MK, Majumdar BC, Rotordynamic coefficients of multirecess hybrid journal bearings part II: fluid inertia effect. Wear 1989; 129(2):261-272. 25.Chen CC, Kang Y, Huang YN, Chu CH, Teng JT, The restrictive effects of capillary compensation on the stability of the jeffcott rotor-hybrid bearing system. Tribology International 2002; 35(12):849-855. 26.Chen CC, Kang Y, Huang CC, The influences of orifice restriction and journal eccentricity on the stability of the rigid rotor-hybrid bearing system. Tribology International 2004;37(3):227-234. 27.Dumbrava MA, Review of principles and methods applied to the optimum calculation and design of externally-pressurized bearings. Part 1: Low/moderate speed bearings. Tribology International 1985; 18(3):149-156. 28.Rowe WB, Cheng K, Ives D, Intelligent design system for recessed hydrostatic journal bearings, Wear 1992;159(1):95-105. 29.Cheng K, Rowe WB, A selection strategy for the design of externally pressurized journal bearings, Tribology International 1995; 28(7):465-474. 30.Holland JH, Adaptation in Nature and Artificial Systems. MIT Press(1975). 31.De Jong KA, An Analysis of the Behavior of a Class of Genetic Adaptive Systems. Ph. D Dissertation, University of Michigan, No. 76-9381(1975). 32.Goldberg DE, Genetic Algorithms in Search, Optimization and Machine Learning. Addison-Wesley(1989). 33.Davis LD, Handbook of Genetic Algorithms. Van Nostrand Reinhold(1991). 34.Wu SJ, Chow PT,Genetic algorithm for nonlinear mixed discrete-integer optimization problems via meta-genetic parameter optimization. Engineering Optimization 1995;24(2):137-159. 35.Renner G, Ekart A, Genetic algorithms in computer aided design. Computer-Aided Design 2003;35(8):709-726. 36.Bassani R, Piccigallo B, Hydrostatic Lubrication. Elsevier Science Publishers, London, 1992.
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