Add to ORKGThis paper presents a study of the dynamic behavior of a rotor system supported by auxiliary bearings. The steady-state behavior of a simulation model based upon a production jet engine is explored over a wide range of operating conditions for varying rotor imbalance, support stiffness, and damping. Interesting dynamical phenomena, such as chaos, subharmonic responses, and double-valued responses, are presented and discussed
Rolling-element bearing forces vary nonlinearly with bearing deflection. Thus an accurate rotordynam...
Internal clearance in rolling element bearings is usually present to allow for radial and axial grow...
An in-depth analytical, numerical and experimental study investigating the vibrational characteristi...
This paper presents a study of the dynamic behavior of a rotor system supported by auxiliary bearing...
This paper investigates the steady-state responses of a rotor system supported by auxiliary bearings...
Auxiliary bearings are a critical feature of any magnetic bearing system. They protect the soft iron...
This study examines the response of a flexible rotor supported by load sharing between linear bearin...
This semiannual status report lists specific accomplishments made on the research of the influence o...
In case of active magnetic bearing power failures or high transient overloads, the fast spinning rot...
ABSTRACT This study examines the response of a flexible rotor supported by load sharing between line...
The introduction of active magnetic bearings (AMBs) has enabled turbomachinery to increase power den...
Aero-engines have high speed rotors carrying multi-stage turbine and compressor discs. Such systems ...
This report presents a synopsis of the research work. Specific accomplishments are itemized below: (...
Magnetic bearings use magnetic forces to support various machine components. Because of the non-cont...
Auxiliary bearings (AB) support the rotor and protect the magnetic bearing (AMB)system when the AMB ...
Rolling-element bearing forces vary nonlinearly with bearing deflection. Thus an accurate rotordynam...
Internal clearance in rolling element bearings is usually present to allow for radial and axial grow...
An in-depth analytical, numerical and experimental study investigating the vibrational characteristi...
This paper presents a study of the dynamic behavior of a rotor system supported by auxiliary bearing...
This paper investigates the steady-state responses of a rotor system supported by auxiliary bearings...
Auxiliary bearings are a critical feature of any magnetic bearing system. They protect the soft iron...
This study examines the response of a flexible rotor supported by load sharing between linear bearin...
This semiannual status report lists specific accomplishments made on the research of the influence o...
In case of active magnetic bearing power failures or high transient overloads, the fast spinning rot...
ABSTRACT This study examines the response of a flexible rotor supported by load sharing between line...
The introduction of active magnetic bearings (AMBs) has enabled turbomachinery to increase power den...
Aero-engines have high speed rotors carrying multi-stage turbine and compressor discs. Such systems ...
This report presents a synopsis of the research work. Specific accomplishments are itemized below: (...
Magnetic bearings use magnetic forces to support various machine components. Because of the non-cont...
Auxiliary bearings (AB) support the rotor and protect the magnetic bearing (AMB)system when the AMB ...
Rolling-element bearing forces vary nonlinearly with bearing deflection. Thus an accurate rotordynam...
Internal clearance in rolling element bearings is usually present to allow for radial and axial grow...
An in-depth analytical, numerical and experimental study investigating the vibrational characteristi...