Vibration in ultra-precision machining (UPM) is an intrinsic physical phenomenon, which is a
key factor influencing surface generation. With a focus on passive vibration, this paper …

Linear models and synchronous response are generally adequate to describe and analyze
rotors supported by hydrodynamic bearings. Hence, stiffness and dam** coefficients can …

The rotor dynamic behaviour of turbochargers (TC) has been paid significant attention
because of its importance in their healthy operation. Commonly, the TC is firmly mounted on …

In ultra-precision diamond turning (UPDT), aerostatic bearing spindle vibration plays the
major part in many factors that influence surface topographies. In this paper, a five-degree-of …

The operating speed of the rotating machinery often exceeds the second order or even
higher order critical speeds to pursue higher efficiency. Thus, the second mode whirl/whip …

A nonlinear dynamic coupled model for hydropower station system, which contains the
model of water-carriage system, water turbine system, speed governor system, generator's …

This paper studies the bifurcation of a rigid rotor supported by a gas film bearing. A time-
dependent mathematical model for gas journal bearings is presented. The finite differences …

Turbocharger (TC) rotor-floating ring bearing (FRB) system is characterised by high speed
as well as high non-linearity. Using the run-up and run-down simulation method, this paper …

This paper studies the effect of a number of smooth nonlinear energy sinks (NESs) on the
vibration mitigation of a rotor supported by journal bearings with nonlinear suspensions …

The nonlinear dynamic behavior of a rotor–bearing system with interaction between blades
and rotor is addressed in this paper. Using the Lagrange equation, a time-dependent …