Reduction of rotor vibration is very important for safe and efficient functioning of all rotating
machines. This paper proposes an active vibration control scheme for controlling transverse …

This work develops a finite element based multi-mass flexible rotor model for theoretical
investigation of the influence of the squeeze film damper lubricant inertia on the unbalance …

This paper focuses on the bifurcation behaviors of a rigid rotor–squeeze film damper system
considering the effect of fluid inertia. The equations of motion of the system are formulated …

This work represents a pressure distribution model for finite length squeeze film dampers
(SFDs) executing small amplitude circular‐centered orbits (CCOs) with application in high …

Purpose This study focuses on the development of a squeeze film damper (SFD) for
reducing the vibration amplitudes of high-speed rotating shafts. The effects of SFD process …

Vibration control, especially in cracked rotors, is an important factor that can prevent the
occurrence of disastrous failures. In this paper, vibrational control of a cracked rotor with an …

This paper summarizes the development of hybrid squeeze film dampers (HSFDs) for active
control of rotor vibrations. Previously, it was shown both theoretically and experimentally that …

Direct and cross-coupled damping coefficients are developed for the 2π-film, π-film (Gumbel
cavitation condition) and homogeneous two-phase mixture films in a squeeze film damper …

The nonlinear behavior of the hydrodynamic forces generated by squeeze film dampers
makes dynamical analyses of rotor-bearing systems incorporating such devices a complex …

It has been recently suggested that fluid inertia may play an important role in the dynamic
behavior of rotors supported on journal bearings. This paper presents a model for fluid …