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Difference between revisions of "Human Vibration"
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→Time-weighted signal
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==Toolkit results== | ==Toolkit results== | ||
===Time-weighted signal=== | ===Time-weighted signal=== | ||
Studies of the effect of vibrations on the human body suggest that parts of the body don't have the same response to vibrations as others, and will be more sensitive to specific frequencies and transient component of vibration signal. In order to represent the sensitivity of the human | Studies of the effect of vibrations on the human body suggest that parts of the body don't have the same response to vibrations as others, and will be more sensitive to specific frequencies and transient component of vibration signal. In order to represent the sensitivity of the human body, ISO standards define time-weighting that must applied to the signal according to the environmental conditions. The following part shows how to apply time-weighting filters to your signal using the toolkit. | ||
====Time-weighting filters==== | ====Time-weighting filters==== | ||
As defined in the standards, specific time weighting must be applied to the acceleration signal in order to represent the effect of vibrations on health and comfort. Here is the list of the different time-weighting filters implemented in the toolkit :<br> | As defined in the standards, specific time weighting must be applied to the acceleration signal in order to represent the effect of vibrations on health and comfort. Here is the list of the different time-weighting filters implemented in the toolkit :<br> | ||