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1 Z. Pawlak, "h-BN lamellar lubricant in hydrocarbon and formulated oil in porous sintered bearings(iron plus h-BN)" 17 (17): 687-693, 2017
2 A. E. Kayar, "Two-dimensional finite difference solution for externally pressurized journal bearings of finite length" 84 (84): 1-13, 1983
3 H. Liu, "The influence of sea water in oil emulsion on bearing performance" 223 (223): 457-468, 2009
4 조인성, "The friction characteristics of the journal bearing in a reciprocating compressor for refrigeration and air conditioning systems" 대한기계학회 28 (28): 1473-1480, 2014
5 J. Sep, "The effect of helical groove geometry on journal abrasive wear" 13 (13): 150-157, 2013
6 Qiang Li, "Stiffness and damping coefficients for journal bearing using the 3D transient flow calculation" 대한기계학회 31 (31): 2083-2091, 2017
7 D. Sun, "Solution of dynamic characteristics of journal bearing based on two-phase flow theory" 27 (27): 2821-2827, 2012
8 C. Zhang, "Simulation of journal bearing flow field using computational fluid dynamics two-phase flow theory" 30 (30): 80-84, 2010
9 L. Fu, "Research on product value of wheel diameter and rotational speed-A new design parameter for micro radial turbines" 17 (17): 231-239, 2017
10 R. G. Kirk, "PC-based analysis of turbomachinery vibration" 31 (31): 449-454, 1999
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21 P. Dymarski, "Computations of the propeller open water characteristics using the SOLAGA computer program. Predictions of the cavitation phenomenon" 8 (8): 29-38, 2008
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23 C. I. Papadopoulos, "Characterization of stiffness and damping in textured sectorpad micro thrust bearings using computational fluid dynamics" 134 (134): 837-846, 2005
24 P. Klit, "Calculation of the dynamic coefficients of a journal bearing, using a variational approach" 108 (108): 421-425, 1986
25 K. P. Gertzos, "CFD analysis of journal bearing hydrodynamic lubrication by Bingham lubricant" 41 (41): 1190-1204, 2008
26 H. Shahmohamadi, "Big end bearing losses with thermal cavitation flow under cylinder deactivation" 57 (57): 2-, 2015
27 H. Liu, "Application of computational fluid dynamics and fluid-structure interaction method to the lubrication study of a rotor-bearing system" 38 (38): 325-336, 2010
28 Q. Li, "Application of computational fluid dynamics and fluid structure interaction techniques for calculating the 3D transient flow of journal bearings coupled with rotor systems" 25 (25): 926-932, 2012
29 Z. Guo, "Application of CFD analysis for rotating machinery-part I: hydrodynamic, hydrostatic bearings and squeeze film damper" 127 (127): 445-451, 2005
30 S. X. Zhao, "An experimental study of nonlinear oilfilm forces of a journal bearing" 287 (287): 827-843, 2005
31 F. Cheng, "A velocity-slip model for analysis of the fluid film in the cavitation region of a journal bearing" 97 : 163-172, 2016
32 P. J. Zwart, "A two-phase flow model for predicting cavitation dynamics" 2004
33 D. C. Sun, "A high speed photography study of cavitation in a dynamically loaded journal bearing" 113 (113): 287-294, 1990