## Applied Research Laboratory Seminar on Vibration Control, October 10-14, 1977 |

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acoustic amplitude analysis antiresonance ASME attenuation bearing bending boundary conditions characteristic admittance circuit coefficient complex components computed convected core corresponding critical speed damper damping Damping factors decay deflection differential equations displacement driven driving point dynamic edge effect elastic elements energy dissipation excited Figure finite flexural fluid free wave friction function given harmonic high frequencies impedance increases integral journal bearing linear loading loss factor machine magnitude material maximum measured mechanical method mobility mode shapes modulus mount natural frequency obtained panel phase phase constant phase velocity pressure field propagation constant propagation zones ratio represents resonance peaks resonant frequency response result rigid rivets rotor sandwich beam sandwich plate shaft shear modulus shear parameter shell simply-supported sinusoidal Skudrzyk solution spring squeeze film stiffeners stiffness supports theory thickness tion torsional transmissibility transverse UJ UJ unbalance vibration isolation viscoelastic layer wave motion wavelength Young's modulus zero