The mathematical models based on the assumed modes method and a closed loop velocity feed back control law are developed to describe the flexural vibration dynamic behaviors.
The complex mode analysis is applied to study the flexural vibration of viscoelastic beams.
The flexural vibration deformation and vibration radiation noise of piezoelectric vibrator were researched.
Power assemblys flexural vibration has much influence over vehicle vibration and noise.
The dynamic deflection moduli of particleboard were measured by flexural vibration. longitudinal transmission and longitudinal resonant vibration.
From frequency diagram of flexural vibration, it is revealed that the vibration amplitude of 1X frequency decreases and that of 2X frequency disappears.
The piezoelectric transformer studied in this paper works in flexural vibration mode.
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