FEEDFORWARD CONTROL OF DOUBLE-PANEL CASING FOR ACTIVE REDUCTION OF DEVICE NOISE

Feedforward control of double-panel casing for active reduction of device noise

Feedforward control of double-panel casing for active reduction of device noise

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The active casing approach is Heat Pump a technique to reduce noise emission of devices and machinery by controlling vibrations of their casings.This method was successfully validated by the authors for a single-panel casing in previous publications.However, if even higher noise reduction is required, a dedicated double-panel structure can be employed.In this paper, the sound insulation efficiency of a double-panel active casing is evaluated and compared with a single-panel structure by performing a series of laboratory experiments.

The least mean squares algorithm is used to adaptively update control filter parameters.A low-frequency noise in the range up to 500 Hz Oven Select Switch is considered.Advantages and limits of the proposed approach are pointed out and discussed, and conclusions for future research are given.

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