Home Appliance Reliability Study – The Failure of the Turntable Motor

This document has the purpose to present a new reliability validation test procedure for turntable motor, based on innovative experimental outcomes. Design of Experiment principles have been used to implement a test plan and the outputs have been used to select the aging factors. Load profile has been derived considering the results of a survey about the cooking habits. The failure mode under study has been characterized and replicated playing with the environmental conditions. Acceleration factors has been calculated using Reliasoft®. A new way to evaluate the stress distribution, enhanced the Stress-Strength analysis that provides the failure probability calculation. The new validation test procedure proposed is a demonstration test based on Lognormal distribution.

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Published
2024-11-20
DOI
https://doi.org/10.1109/icsrs63046.2024.10927599
Primary Topic
Educational Robotics and Engineering
Type
article
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article

Home Appliance Reliability Study – The Failure of the Turntable Motor

Carlo Di Rosa, Alberto Miele, Francesco Gallegati
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Educational Robotics and Engineering
article

Home Appliance Reliability Study – The Failure of the Turntable Motor

Carlo Di Rosa, Alberto Miele, Francesco Gallegati
article en

Abstract

This document has the purpose to present a new reliability validation test procedure for turntable motor, based on innovative experimental outcomes. Design of Experiment principles have been used to implement a test plan and the outputs have been used to select the aging factors. Load profile has been derived considering the results of a survey about the cooking habits. The failure mode under study has been characterized and replicated playing with the environmental conditions. Acceleration factors has been calculated using Reliasoft®. A new way to evaluate the stress distribution, enhanced the Stress-Strength analysis that provides the failure probability calculation. The new validation test procedure proposed is a demonstration test based on Lognormal distribution.

Electrolux (Italy) (IT)
Openalex Percentile: Top 74%
Educational Robotics and Engineering
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