Nonlinear elements found in fluid film journal bearings and their surrounding structures are
known to induce sub-and super-synchronous, chaos and thermally induced instability …

This paper is a review of the literature about CFD modeling and analysis of journal, thrust,
and aerostatic bearings; the advantages and disadvantages of each are specified, and the …

At high speeds minimization of operating temperature is the critical design objective in
hydrodynamic thrust bearings. During the high speed operations of heavy duty machines …

The non-uniform distributed tilting-pad journal bearings (NDTPJB) in large wind turbine
main shafting has become an important development trend for high-power wind turbines …

The tilting-pad journal bearing in the cooling system of the nuclear power plant is equipped
below the ground and vertically positioned to accomplish its function for water transfer …

Tilting pad journal bearings (TPJBs) are modeled with Reynold-based models or
computational fluid dynamics (CFD) approach. In both cases, the estimation of the dynamic …

The role of the pivot flexibility in tilting-pad journal bearings (TPJBs) has become essential,
particularly for bearings working at high applied load and relatively high rotor speeds …

This paper emphasizes on the effects of pivot flexibility upon the performance of a TPJB by
making comparison between two model predictions ie (a) model with rigid pivots, and (b) …

The core contributions of Part I (1) present a computational fluid dynamics (CFD)-based
approach for tilting pad journal bearing (TPJB) modeling including thermo-elasto …

Tilting pad journal bearing (TPJBs) have been widely used in rotating machinery such as
compressors and turbines due to their superior stability compared to that of conventional …