The Coupled Analysis of Electromagnetic Wave and Heat Conduction with Rotational Motion of Heated Target and Temperature-Dependent Complex Permittivity

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  • Okamoto Yoshifumi
    Advanced Center for Computing and Communication, The Institute of Physical and Chemical Research
  • Himeno Ryutaro
    Advanced Center for Computing and Communication, The Institute of Physical and Chemical Research
  • Ushida Kiminori
    Eco-Soft Material Research Unit, The Institute of Physical and Chemical Research
  • Ahagon Akira
    Science Solutions International Laboratory, Inc.
  • Fujiwara Koji
    Department of Electrical Engineering, Doshisha University

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Other Title
  • 被加熱体の回転運動と温度依存性の複素誘電率を考慮した電磁波・熱伝導連成解析
  • ヒカネツタイ ノ カイテン ウンドウ ト オンド イソンセイ ノ フクソ ユウデンリツ オ コウリョシタ デンジハ ネツ デンドウ レンセイ カイセキ

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Abstract

In order to evaluate the heated process of the target, S parameter, and initial design of cavity size in the furnaces for dielectric heating such as microwave oven, the coupled analysis of electromagnetic wave and heat conduction (EM-HC coupled analysis) is a useful tool for practical design. In this paper, valuable EM-HC coupled analysis method with rotational motion of heated target such as turntable and temperature-dependent complex permittivity by using edge-based finite element method is proposed. As a result of useful investigation of the proposed method, the effectiveness in tracing the detailed temperature rise of dielectric target is demonstrated.

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