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The temperature and pressure drop across the embedded pipes of different configurations have been computed numerically by solving the conservation laws for mass momentum and energy in a finite volume framework. Four different configurations have been evolved to compare the best configuration to impart a minimum temperature of a heated square substrate. Among these designs, we found that the pentagonal design attains a minimum temperature as well as pressure drop, and hence declared as the best design among all the considered designs.

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Design Evolution of Coolant Passage for Cooling a Substrate by a Single Stream

  • 会议论文

  • 发表日期：

    2025年

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  • Ashok K. Barik,
  • Prafulla K. Swain

摘要

The temperature and pressure drop across the embedded pipes of different configurations have been computed numerically by solving the conservation laws for mass momentum and energy in a finite volume framework. Four different configurations have been evolved to compare the best configuration to impart a minimum temperature of a heated square substrate. Among these designs, we found that the pentagonal design attains a minimum temperature as well as pressure drop, and hence declared as the best design among all the considered designs.