Palavra-chave: ROTOR DYNAMICS

MIXED OPERATIONAL MODES PHYSICS-GUIDED NEURAL NETWORKS CENTER MANIFOLD REDUCTION FLUID-FILM BEARING ACTIVE HYBRID BEARINGS MAGNETIC ACTUATOR STABILITY ANALYSIS PASSIVE VIBRATION CONTROL AUTOMOTIVE TURBOCHARGER ADAPTATIVE FILTERING THRUST BEARINGS FLUID FILM BEARINGS DYNAMICS SYSTEM IDENTIFICATION NUMERICAL SIMULATION HOPF BIFURCATION STABILITY FLOATING RING BEARING TIME-FREQUENCY ANALYSIS INVARIANT TORI VIBRATION CONTROL MULTI-HARMONIC BALANCE METHOD THRUST MAGNETIC BEARINGS ANGULAR MISALIGNMENT CONICAL FLUID-FILM BEARINGS TURBOMACHINERY FAULT IDENTIFICATION HYDRODYNAMIC JOURNAL BEARINGS FINITE ELEMENT MODEL OPERATIONAL ROTATING SPEED UNBALANCE PARAMETERS VERIFICATION AND VALIDATION VIBRATIONS SIMULATED ANNEALING BEARING WEAR IDENTIFICATION BENDING VIBRATIONS JOURNAL BEARINGS ARTIFICIAL NEURAL NETWORK MACHINE LEARNING HIDRODYNAMIC LUBRICATION MECHANICAL SIGNATURES ANISOTROPY TURBINES FAULT DIAGNOSIS CENTER MAINFOLD REDUCTION MODAL ANALYSIS PARAMETERISATION METHOD OPTIMIZATION SHAPE MEMORY EFFECT FLUID-INDUCED INSTABILITY NUMERICAL CONTINUATION ROBUST CONTROL OIL WHIRL/WHIP COMPLEX FORMULATION FLEXIBLE COUPLING VISCOELASTIC SUPPORTS ESTIMATION OF PARAMETERS DISC COUPLING FINITE ELEMENT METHOD FULL SPECTRUM ANALYSIS HYDRODYNAMIC BEARINGS DYNAMIC STIFFNESS CENTRE MANIFOLD BALANCING GENETIC ALGOTITHM DISPLACEMENT DATA MONITORING EXTERNAL EXCITATION SOURCE MODAL IDENTIFICATION DAMPING