Influence of turbulence on the stability characteristics of a water lubricated journal bearing is
analyzed. Locus of the journal centre is plotted using the non–linear transient analysis …

A rod fastening rotor with the fixed–tilting pad journal bearings support is modeled. The rotor
is connected by rods, where the rods and connection surfaces of disks are considered as …

The model of a rod fastening rotor-finite length journal bearing system is established in this
paper. The contact surfaces between the disks and rods are modeled as bending resistance …

In this article, the effect of both static and dynamic deformations of the bearing liner on the
dynamic performance characteristics and stability of a water-lubricated, rubber-lined journal …

For a more precise description of rotor–bearing system, a nonlinear supported model is
proposed in this paper, where a linear damping, a nonlinear elastic restoring force and a …

Elastohydrodynamic (EHD) analysis of a journal bearing with a realistic model for the
bearing made of two distinct layers is extended to include couple-stress effects in lubricants …

The nonlinear dynamic analysis of the rotor–bearing system is studied in this paper and is
supported by oil-film short bearings with nonlinear suspension. An observation of a …

A systematic procedure is proposed to determine variable excitation loads coming from
pressure evolution inside tooth spaces in external gear pumps. Pressure force and torque …

Purpose The rod fastened rotor-bearing system is widely used in heavy duty gas turbine.
Under hot start condition, the rotor would produce the initial thermal deflection, the …

This study presents a dynamic analysis of a rotor supported by two turbulent model journal
bearings with non-linear suspension. The dynamics of the rotor centre and bearing centre …