[1] Raimondi AA, Boyd J (1958) A solution for the finite journal bearing and its application to analysis and design. ASLE Trans 1: 159–209.
[2] Kato T, Hori Y (1988) A fast method for calculating dynamic coefficients of a finite width journal bearing with quasi Reynolds boundary condition. ASME Journal of Trib 110: 387–393.
[3] Pinkus O (1956) Analysis of elliptical bearings. Trans ASME 16: 965–976.
[4] Malik M (1983) A comparative study of some two-lobed journal bearing configurations. ASLE Transa, 26: 118–125.
[5] Jeffery GB (1922) The motion of ellipsoidal particles immersed in a viscous fluid. Proc.R. Soc. London. Ser .A 102: 161–179.
[6] Eringen A (1964) Simple micro fluids. Int Journal of Engineering Science 2: 205–217.
[7] Eringen A (1966) Theory of micropolar fluids. Journal of Mathematis and Mechanics 16: 1–18.
[8] Khonsari MM, Brewe DE (1989) On the performance of finite journal bearing lubricated with micropolar fluids. Trib Trans 32: 155–150.
[9] Wang X, Zhu K (2006) Numerical analysis of journal bearing lubricated with micropolar fluid including thermal and cavitating effects. Trib Int 39: 227–237.
[10] Prabhakran Nair K, Sukamaran VP (2007) Static and dynamic analysis of elasto-hydrodynamic elliptical journal bearing with micropolar lubricant. Trib Int 40: 297–305.
[11] Naduvinamani NB, Santosh S (2011) Micropolar fluid squeeze film lubrication of finite porous journal bearing. Trib Int 44 (4): 409–416.
[12] Malik M, Bert CW (1994) Differential quadrature solutions for steady-state incompressible and compressible lubrication problems. Journal of Trib 116: 296–302.
[13] Zhang Q, Guo G, Winoto SH (2002) Analysis of hydrodynamic journal bearing with GDQ method. Magnetic. Rec. Conf. Singapore.
[14] Rahmatabadi AD, Zare Mehrjardi M, Fazel MR (2010) Performance analysis of micropolar lubricated journal bearings using GDQ method. Trib Int 43: 2000–2009.
[15] Rahmatabadi AD, Nekoeimehr M, Rashidi R (2010) Micropolar lubricant effects on the performance of noncircular lobed bearings. Trib Int 43: 404–413.
)