Add to ORKGAbstract: The nonlinear dynamics and stability of a rotating system with an electromagnetic noncontact damper are investigated. The rotating system model includes a cubic restoring force representing nonlinear behavior of shaft supports at the boundaries. Analysis of the rotor equilibrium state reveals that the system becomes unstable via a Hopf bifurcation when reaching a specific supercritical angular velocity. A closed-form solution for the radius of the limit cycle and the frequency of the self-excited oscillation are obtained. Forced vibration induced by the rotating system unbalance is investigated by a numerical simulation. System response includes periodic and quasi-periodic solutions. Analysis of the nonlinear rotating system enabl...
The unbalance and time varying loading are the principal sources of lateral vibrations of rotors and...
The performance of a nonlinear position-velocity controller in stabilising the lateral vibrations of...
The nonlinear dynamics of a ferromagnetic shaft suspended by the force of attraction of 1, 2, or 4 i...
This study analytically and numerically modeled the dynamics of a gyroscopic rigid rotor with linear...
A rotating system consisting of a slender massless viscoelastic shaft simply supported in rolling be...
This paper explores analytically the nonlinear dynamic behavior of rotors. Coupled nonlinear equatio...
In a previous paper, the dynamic behaviour of a Jeffcott rotor was studied in the presence of pure s...
Introduction Dynamic behavior of a high speed rotor system has been investigated extensively by line...
The nonlinear vibration of a rotor excited by transverse electromagnetic and oil-film forces is pres...
Rotating machinery support excitations can occur if a machine is installed on a base prone to ground...
An in-depth analytical, numerical and experimental study investigating the vibrational characteristi...
In recent years, there has been much interest in the use of automatic balancing devices (ABDs) in ro...
The non-linear response of a rotor supported by active magnetic bearings is investigated, and both p...
In this paper, the effects of nonlinear forces due to the electromagnetic field of bearing and the u...
Within this work, the radial Proportional Derivative (PD-) controller along with the eight-poles ele...
The unbalance and time varying loading are the principal sources of lateral vibrations of rotors and...
The performance of a nonlinear position-velocity controller in stabilising the lateral vibrations of...
The nonlinear dynamics of a ferromagnetic shaft suspended by the force of attraction of 1, 2, or 4 i...
This study analytically and numerically modeled the dynamics of a gyroscopic rigid rotor with linear...
A rotating system consisting of a slender massless viscoelastic shaft simply supported in rolling be...
This paper explores analytically the nonlinear dynamic behavior of rotors. Coupled nonlinear equatio...
In a previous paper, the dynamic behaviour of a Jeffcott rotor was studied in the presence of pure s...
Introduction Dynamic behavior of a high speed rotor system has been investigated extensively by line...
The nonlinear vibration of a rotor excited by transverse electromagnetic and oil-film forces is pres...
Rotating machinery support excitations can occur if a machine is installed on a base prone to ground...
An in-depth analytical, numerical and experimental study investigating the vibrational characteristi...
In recent years, there has been much interest in the use of automatic balancing devices (ABDs) in ro...
The non-linear response of a rotor supported by active magnetic bearings is investigated, and both p...
In this paper, the effects of nonlinear forces due to the electromagnetic field of bearing and the u...
Within this work, the radial Proportional Derivative (PD-) controller along with the eight-poles ele...
The unbalance and time varying loading are the principal sources of lateral vibrations of rotors and...
The performance of a nonlinear position-velocity controller in stabilising the lateral vibrations of...
The nonlinear dynamics of a ferromagnetic shaft suspended by the force of attraction of 1, 2, or 4 i...