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After the fabrication of a prototype, the vibration characteristics and mechanical output ability are measured.
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Based on the understanding of the prototype vibration, a model is developed to enable assessment of the amplitude of footbridge vibration induced by pedestrian excitation.
When the prototype vibration platform was operational, the participants could hear the motor running and may have felt vibration.
It may also be that; (1) simply standing on the prototype vibration platform with the knees flexed was enough stimulus to maintain improvements after WBV, or (2) participants were more physically active after the WBV intervention despite the request not to begin any new mode of physical activity during the 14-week trial.
Next we checked the basic characteristics of the designed prototype: the resonance frequency and the vibration condition.
The vibration modes of the prototype are measured by a scanning laser Doppler vibrometer.
It has been shown from the comparison that the vibration behaviors of the prototype with hysteretic damping characteristics are considered to be more identical with the bench test results than those of the same prototype with piecewise linear damping properties are.
After the fabrication of a prototype, its vibration characteristics and mechanical output ability are measured.
After the fabrication of a prototype, its vibration modes are tested using a scanning laser Doppler vibrometer.
Finally, a prototype and its associated experiments are presented to demonstrate the vibration absorption performance against various disturbance frequencies.
We checked the prototype's resonance frequency using frequency response analyzer and measured the vibration acceleration with a laser vibrometer.
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