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首页> 外文期刊>International Journal for Numerical Methods in Fluids >An adaptive control system using the fuzzy theory for transient multi-physics numerical simulations
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An adaptive control system using the fuzzy theory for transient multi-physics numerical simulations

机译:基于模糊理论的自适应控制系统,用于瞬态多物理场数值模拟

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摘要

An adaptive control system to yield optimum time step sizes was developed using the fuzzy theory for transient multi-physics numerical simulations. Applications of the control system reveal considerable amount of the computing time savings, typically by 50-75% of the computing time required when the time step size was not controlled by the system. The result obtained in this work is very encouraging in the sense that the adaptive control system would be used as one of the efficient measures for saving computing time when one wishes to perform extremely large-scale computations in transient multi-physics numerical simulations.
机译:利用模糊理论为瞬态多物理场数值模拟开发了一种自适应控制系统,以产生最佳的时间步长。控制系统的应用显示出可观的计算时间节省量,通常是时间步长不受系统控制时所需计算时间的50%至75%。这项工作获得的结果令人鼓舞,因为当人们希望在瞬态多物理场数值模拟中执行超大规模计算时,自适应控制系统将被用作节省计算时间的有效措施之一。

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