To study the static behavior of misaligned journal bearings under heavy loads using a non-
Newtonian lubricant (pseudoplastic fluid, the flow behavior obeys a power-law relationship) …

While a rolling element bearing is operating, the lubricating film is desired to maintain a
sufficient thickness to avoid asperity contact between surfaces. When using grease as …

This paper utilizes an equation based finite element analysis of COMSOL to provide a new
way for calculating the performance of journal bearings with deformable surface which is …

Dynamic behaviour of compliant cylindrical journal bearings is investigated using linear and
nonlinear numerical approaches. Journal motion orbits based on linearized dynamic …

The use of planetary gear stages intends to increase power density in drive trains of rotating
machinery. Due to lightweight requirements on this type of machine elements, structures are …

In this work, the influences of flexibility and surface texture on the performances of a finite-
long journal bearing have been investigated theoretically. Reynolds equation has been …

Water-lubricated rubber bearings (WLRBs) are widely used in the propulsion systems of
ships and military crafts. Based on the mass conservation boundary condition, the …

A numerical THD model that takes into account mechanical and thermal deformations of a
compliant lining is used to investigate the influence of compliance on dynamic …

In this paper, the combined effects of the characteristic size and concentration of inorganic
fullerene-like tungsten disulphide nanoparticles (IF-WS 2 NPs) or molybdenum disulphide …

Most studies on dynamic coefficients of bearings are focused on evaluation using different
analytical methods. Minimal emphasis is given to the level of influence of each geometrical …