[1] | Iordanoff,I., Said,B.B., Mezianne.A. and Berthier, Y, “Effect of internal friction in the dynamic behaviour of aerodynamic foil bearings”, Tribology International, 41 (5). 387-395. |
|
[2] | Crosby, W.A., “The incompressible lubrication of a ridged foil Bearing”, Wear, 113 (2). 247-266. |
|
[3] | Reddy, D.S.K., Swarnamani, S. and Prabhu, B.S, “Analysis of aerodynamic multi leaf foil journal bearings”, Wear, 209 (1-2). 115-122. |
|
[4] | Andres, L.S, and Kim, T.H, “Forced nonlinear response of gas foil bearing supported rotors” Tribology International, 41(8). 704–715. |
|
[5] | Kim, D. and Park, S, “Hydrostatic air foil bearings: Analytical and experimental investigation” Tribology International, 42(3). 413–425. |
|
[6] | Zhou, Q, Hou, Y. and Chen, C, “Dynamic stability experiments of compliant foil thrust bearing with viscoelastic support”, Tribology International, 42(5). 662-665. |
|
[7] | Yu, H., Shuangtao, C., Rugang, C., Qiaoyu, Z. and Hongli, Z. “Numerical study on foil journal bearings with protuberant foil structure” Tribology International, 44(9). 1061-1070. |
|
[8] | Song, J. and Kim, D., “Foil gas bearing with compression springs: Analyses and experiments” Transactions of the ASME, Tribology, 129 (3). 628-639. |
|
[9] | Dykas, B. and Howard, S.A, “Journal Design Considerations for Turbo-machine Shafts Supported on Foil Air Bearings”, Tribology Transactions, 47 (4). 508-516. |
|
[10] | Bhore., S.P. and Darpe, A.K, “Investigations on characteristics of micro/meso scale gas foil journal bearings for 100–200 W class micro power systems using first order slip velocity boundary conditions and the effective viscosity model”, Microsyst Technol, 19 (4). 509-523. |
|
[11] | Bhore., S.P. and Darpe, A.K, “Nonlinear dynamics of flexible rotor supported on the gas foil journal bearings” Journal of Sound and Vibration, 332 (20). 5135-5150. |
|
[12] | Tonoli, A., Amati, N., Bonfitto, A., Silvagni, M., Staples, B. and Karpenko, E., “Design of Electromagnetic Dampers for Aero-Engine Applications” Journal of Engineering for Gas Turbines and Power, Trans.ASME, 132 (11). 112501-1-11. |
|
[13] | Fan, C.C. and Pan, M.C, “Active elimination of oil and dry whips in a rotating machine with an electromagnetic actuator” International Journal of Mechanical Sciences, 53(2). 126-134. |
|
[14] | Yu, Z., Meng, L.T. and King, L.M. “Electromagnetic bearing actuator for active vibration control of a rotor” Proceedings of the IMechE, Part C: Journal of Mechanical Engineering Science, 212 (1). 705-716. |
|
[15] | Sugai, T., Inoue T. and Ishida, Y. “Nonlinear theoretical analysis of contacting forward whirling vibration of a rotating shaft supported by a repulsive magnetic bearing” Journal of Sound and Vibration, 332 (11). 2735-2749. |
|
[16] | Fan, C.C. and Pan, M.C. “Fluid-induced instability elimination of rotor-bearing system with an electromagnetic exciter” International Journal of Mechanical Sciences, 52(4). 581-589. |
|
[17] | Tain, L., Wang, W.J. and Peng, Z.J. “Effect of bearing outer clearance on the dynamic behaviours of the full floating ring bearing supported turbocharger rotor” Mechanical Systems and Signal Processing, 31 (1). 155-175. |
|