10302 再生医療用恒温輸送容器の開発 : 第2報,輸送容器の数値解析(計算機シミュレーションとその応用(1),OS.14 計算機シミュレーションとその応用)

概要

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To develop an isothermal container to transport regenerative medicine, a prediction method and a design tool have been developed. In the first report, the performance of the basic structure adopting vacuum insulation panels (VIPs) and phase change material (PCM) was investigated experimentally. In this report, we describe the computational and experimental results of new prototype container. To modify it, the size of the isothermal container was halved, two VIPs were added to the top and bottom surfaces, and two cases of PCM were arranged to reduce heat loss. We tested this modified container, and results showed that it was possible to keep the temperature constant at over 35.5℃ for 40 hours. We computed the temperature change of the container include the solidification process of the PCM .The simulation results showed the computed time that the inner temperature of the container was kept at over 35.5℃ was approximately 30% shorter than the time in the experimental data. The temperature trend of the transported object was simulated reasonably well.
社団法人日本機械学会の論文
2009-03-05