1. Parametric Design Analysis of Magnetic Sensor Based on Model Order Reduction and Reliability-Based Design Optimization.
- Author
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Paul, Sarbajit, Rajan, Arvind, Chang, Junghwan, Kuang, Ye Chow, and Ooi, Melanie Po-Leen
- Subjects
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MAGNETIC sensors , *MULTIDISCIPLINARY design optimization , *MATHEMATICAL decomposition , *OPTIMAL designs (Statistics) , *ORTHOGONAL decompositions , *MANUFACTURING processes - Abstract
This paper presents a novel parametric design analysis of the magnetic sensor module used to find mover positions in linear motors. The proposed framework utilizes a computationally inexpensive proper orthogonal decomposition-dynamic mode decomposition-based model order reduction (MOR), coupled with a multiparameter moment matching method. The model is then utilized by a moment-based probabilistic design optimization method that considers the manufacturing uncertainties to find the optimal sensor design. A magnetic sensor module is designed for employing the proposed framework, and the results show that: 1) the proposed MOR technique is accurate; 2) the reliability analysis performed during the probabilistic design optimization can help to reduce the excessive non-compliance costs for the manufacturers; and 3) the combined framework is able to significantly expedite the optimal design search. [ABSTRACT FROM AUTHOR]
- Published
- 2018
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